https://www.sciencephoto.com/media/870071/view/fat-cell-animation2018-03-28T09:38:32Z0.9K006/9557 Fat cell, animationK006/9557 Fat cell, animation. The majority of an adipocyte (fat cell) is filled with a lipid droplet (yellow). The cell nucleus is red. Adipocytes form adipose tissue, which stores energy as an insulating layer of fat.https://www.sciencephoto.com/image/870071/350wm/K0069557-Fat_cell,_animation-SPL.jpghttps://www.sciencephoto.com/image/870071/preview/K0069557-Fat_cell,_animation-SPL.mp416.022017-07-18Yesadipocyteadipose tissueanatomicalanatomyanimatedanimationbiologicalbiologycellenergyfat cellfattyinsulationlipidno-onenobodynon-onestorehttps://www.sciencephoto.com/media/870072/view/voyager-probe-leaving-earth-animation2018-11-06T15:33:50Z0.9K006/9838 Voyager probe leaving Earth, animationK006/9838 Animation of one of the two unmanned Voyager probes leaving Earth. A rare alignment of the outer planets meant that they could all be visited on the same mission. Voyager 2 left Earth in August 1977, and Voyager 1 launched two weeks later with a faster trajectory. They both encountered Jupiter (1979) and Saturn (1980/1981), but only Voyager 2 encountered Uranus (1985) and Neptune (1989). The probes beamed back the first close-up images of these planets, and vast amounts of scientific data. The probes have exceeded the solar system's escape velocity, and continue to beam back data as they head out into interstellar space.https://www.sciencephoto.com/image/870072/350wm/K0069838-Voyager_probe_leaving_Earth,_animation-SPL.jpghttps://www.sciencephoto.com/image/870072/preview/K0069838-Voyager_probe_leaving_Earth,_animation-SPL.mp424.222017-07-18Yes1900s1970s1980s20th centuryalignmentanimatedanimationastronomicalastronomyearthmissionnasaouter planetsplanetary scienceplanetssolar systemspacespace flightspace probespacecraftspaceflightunmannedvoyagervoyager 1voyager 2voyager onevoyager twohttps://www.sciencephoto.com/media/870073/view/voyager-2-trajectory-animation2018-11-06T15:34:56Z0.9K006/9839 Voyager 2 trajectory, animationK006/9839 Animation of the flight path of NASA's unmanned Voyager 2 probe. A rare alignment of the outer planets meant that they could all be visited on the same mission. Voyager 2 left Earth in August 1977 (two weeks earlier than Voyager 1). It encountered Jupiter in 1979, Saturn in 1981, Uranus in 1985 and Neptune in 1989. The probes beamed back the first close-up images of these planets, and vast amounts of scientific data. Voyager 2 continues to beam back data as it heads towards interstellar space.https://www.sciencephoto.com/image/870073/350wm/K0069839-Voyager_2_trajectory,_animation-SPL.jpghttps://www.sciencephoto.com/image/870073/preview/K0069839-Voyager_2_trajectory,_animation-SPL.mp4102017-07-18Yes1900s1970s1980s20th centuryalignmentanimatedanimationastronomicalastronomyflight pathjupitermissionnasaneptuneouter planetsplanetary scienceplanetssaturnsolar systemspacespace flightspace probespacecraftspaceflighttrajectoryunmanneduranusvoyagervoyager 2voyager twohttps://www.sciencephoto.com/media/870074/view/human-tapeworm-infection-animation2018-03-28T09:38:32Z0.9K006/9849 Human tapeworm infection, animationK006/9849 Animation of a tapeworm in a human intestine. Tapeworms (Taenia sp.) are parasites that inhabit the human gut. They anchor themselves to the inside of the intestine and absorb nutrients through their body wall. Tapeworms may grow to several metres in length, but infestation does not necessarily cause symptoms.https://www.sciencephoto.com/image/870074/350wm/K0069849-Human_tapeworm_infection,_animation-SPL.jpghttps://www.sciencephoto.com/image/870074/preview/K0069849-Human_tapeworm_infection,_animation-SPL.mp45.292017-07-18Yes3dabnormalanatomyanimalanimatedanimationbiologicalbiologybowelcestodadigestive systemdiseaseendoparasiteflatwormgastrointestinal tractguthelminthhuman intestineinfectionintestinal tractintestinemedicalmedicinenobodyorganparasiteparasitictaeniataenia sptaeniasistapewormunhealthyhttps://www.sciencephoto.com/media/870075/view/colon-cancer-animation2018-03-28T09:38:32Z0.9K006/9850 Colon cancer, animationK006/9850 Animation of a malignant (cancerous) tumour (red) in the colon. Risk factors for colorectal cancer are smoking, obesity and lack of physical activity.https://www.sciencephoto.com/image/870075/350wm/K0069850-Colon_cancer,_animation-SPL.jpghttps://www.sciencephoto.com/image/870075/preview/K0069850-Colon_cancer,_animation-SPL.mp44.232017-07-18Yes3 dimensional3dabnormalanimatedbiologicalbiologybowel cancercancercancerouscoloncolonoscopycolorectal cancerdigestive systemdigitally generateddiseaseendoscopygastroenterologygastrointestinal tractgi tracthealthcarehuman bodyillustrationintestinalintestineintestineslarge intestinemalignancymalignantmedicalmedicineno-onenobodyhttps://www.sciencephoto.com/media/870076/view/crohn-s-disease-animation2018-03-28T09:38:32Z0.9K006/9851 Crohn's disease, animationK006/9851 Crohn's disease, animation. Crohn's disease causes inflammation, thickening, and ulceration of part of the intestinal tract. Its cause is unknown and there is no cure. Symptoms include abdominal pain, diarrhoea and the malabsorption of food, leading to weight loss. Treatment normally involves controlling the symptoms and maintaining remission where possible, using anti-inflammatory drugs and immunosuppressants. Surgical removal of inflamed regions of the intestine is sometimes also required.https://www.sciencephoto.com/image/870076/350wm/K0069851-Crohn_s_disease,_animation-SPL.jpghttps://www.sciencephoto.com/image/870076/preview/K0069851-Crohn_s_disease,_animation-SPL.mp44.12017-07-18Yes3 dimensional3dabnormalanimatedanimationbiologicalbiologycoloncolonoscopycrohn's diseasecrohns diseasedigestive systemdiseasegastrointestinal tractgutillustrationinflammatory bowel diseaseintestinalmedicalmedicineno-onenobodythree dimensionalunhealthyhttps://www.sciencephoto.com/media/870077/view/healthy-intestine-animation2018-03-28T09:38:32Z0.9K006/9852 Healthy intestine, animationK006/9852 Healthy intestine, animation.https://www.sciencephoto.com/image/870077/350wm/K0069852-Healthy_intestine,_animation-SPL.jpghttps://www.sciencephoto.com/image/870077/preview/K0069852-Healthy_intestine,_animation-SPL.mp44.142017-07-18No3 dimensional3danatomicalanatomyanimatedanimationbiologicalbiologybowelcolonoscopydigestive systemgastroenterologygastrointestinal tractgi tracthealthcarehealthyhuman bodyintestinalintestineintestinesmedicineno-onenobodynormalthree dimensionalhttps://www.sciencephoto.com/media/870078/view/intestinal-polyps-animation2018-03-28T09:38:32Z0.9K006/9853 Intestinal polyps, animationK006/9853 Animation of polyps in the intestine. Polyps are small benign (non-cancerous) growths that arise from the mucus lining of the intestine. Polyps should be surgically removed as they may become malignant (cancerous).https://www.sciencephoto.com/image/870078/350wm/K0069853-Intestinal_polyps,_animation-SPL.jpghttps://www.sciencephoto.com/image/870078/preview/K0069853-Intestinal_polyps,_animation-SPL.mp44.142017-07-18No3 dimensional3dabnormalanimatedanimationbenignbiologicalbiologybowelcolonoscopydigestive systemgastroenterologygastrointestinalgi tractgrowthguthealthhealthcarehuman bodyillustrationintestinalintestinal polypsintestinemedicalmedicineno-onenobodypolyppolypsthree dimensionalunhealthyhttps://www.sciencephoto.com/media/870079/view/intestinal-diverticula-animation2018-03-28T09:38:32Z0.9K006/9854 Intestinal diverticula, animationK006/9854 Intestinal diverticula, animation. A diverticulum is a small pouch-like structure that protrudes out of weak spots in the intestinal wall. Diverticula are thought to be caused by a low-fibre diet and lack of exercise. In most cases diverticula are symptomless and cause no problems. Occasionally they can become inflamed and infected, a condition called diverticulitis, causing abdominal pain and constipation.https://www.sciencephoto.com/image/870079/350wm/K0069854-Intestinal_diverticula,_animation-SPL.jpghttps://www.sciencephoto.com/image/870079/preview/K0069854-Intestinal_diverticula,_animation-SPL.mp45.012017-07-18Yes3 dimensional3dabnormalanimatedanimationbiologicalbiologydigestive systemdiseasediverticuladiverticulidiverticulitishealthcareintestinalintestinemedicalmedicineno-onenobodythree dimensionalunhealthyhttps://www.sciencephoto.com/media/870080/view/boiling-water-thermography2018-03-28T09:38:32Z0.9K006/9929 Boiling water, thermographyK006/9929 Thermographic footage looking down on the surface of boiling water, as it is heated from below. Thermography shows the heat of objects, with brighter areas being hotter. The water's surface shows a pattern of convection cells, where hot, less dense water rises to the surface, cools and spreads out before sinking. This is an example of Rayleigh-Bénard convection, and it occurs whenever a liquid is heated from below. A similar process is seen on the surface of the Sun, where the cells of rising hot plasma form a pattern called granulation.https://www.sciencephoto.com/image/870080/350wm/K0069929-Boiling_water,_thermography-SPL.jpghttps://www.sciencephoto.com/image/870080/preview/K0069929-Boiling_water,_thermography-SPL.mp45.062017-07-18Yesbenard cellblack backgroundboilingboiling pointboilsbrightbuoyancybuoyantcellsconvectionconvectivecoolingcopy spacecurrentcurrentsdemonstratingdemonstrationdensitydynamicseducationeducationalfluidfluid dynamicsfluidsfrom abovegravityheatheat transferhotinfraredirliquidhttps://www.sciencephoto.com/media/870081/view/heat-convection-in-water-demonstration2018-03-28T09:38:32Z0.9K006/9930 Heat convection in water, demonstrationK006/9930 Thermographic footage showing the behaviour of hot water added to cooler water. Brighter areas show hotter temperatures. In the frame on the left, the hot water is dropped onto the surface of the cooler water. As hot water is less dense than cold water, it floats on the surface and there is very little mixing. This is similar to the atmospheric phenomenon called a temperature inversion, which can trap air pollution near the ground in a cold layer of air. At right, the hot water is pipetted to the bottom of the glass. In this case it quickly rises through the cold water, leading to mixing of the layers and a homogeneous temperature.https://www.sciencephoto.com/image/870081/350wm/K0069930-Heat_convection_in_water,_demonstration-SPL.jpghttps://www.sciencephoto.com/image/870081/preview/K0069930-Heat_convection_in_water,_demonstration-SPL.mp48.092017-07-18Yescoldcoldercomparingcomparisoncontrastconvectionconvectivecoolercoolingdemonstrationdynamicseducationeducationalfalse-colourfalse-colouredfluidfluidsglassglassesheatheatinghothotterinversionliquidliquidsmixingmodelmodelingmodellingphysicalphysicshttps://www.sciencephoto.com/media/870082/view/ice-cube-in-water-thermography2018-03-28T09:38:32Z0.9K006/9931 Ice cube in water, thermographyK006/9931 Thermographic footage of an ice cube floating in water. Brighter areas show hotter temperatures. The ice cube is cold and dark, and melts to release cold water into the liquid. Cold water is more dense than hot water, so the cold water streams downwards from the ice cube, cooling the drink.https://www.sciencephoto.com/image/870082/350wm/K0069931-Ice_cube_in_water,_thermography-SPL.jpghttps://www.sciencephoto.com/image/870082/preview/K0069931-Ice_cube_in_water,_thermography-SPL.mp410.22017-07-18Yeschillercold drinkconvectionconvectivecoolercoolingdemonstrationdensedensitydrinksdynamicseducationeducationalfalse-colourfalse-colouredfloatingfluidfluidsheathotice cubeicyinfraredliquidmeltmeltingmixingphysicalphysicsproddingsciencesinkinghttps://www.sciencephoto.com/media/870083/view/glass-and-copper-heat-conduction-test2018-11-06T15:35:35Z0.9K006/9932 Glass and copper heat conduction testK006/9932 Thermographic footage of a demonstration to show the difference in heat conduction between a glass rod (left) and a copper rod (right). The rods are placed in a beaker, into which boiling water is poured. The water heats the rods, but they do not heat up at the same rate: the heat travels up the copper rod much more quickly. This shows the difference in thermal conductivity between the two materials. Copper is one of the best conductors of heat, which is carried by free electrons in the metal structure. Glass has an amorphous non-crystalline structure with no free electrons, and it conducts heat much more poorly.https://www.sciencephoto.com/image/870083/350wm/K0069932-Glass_and_copper_heat_conduction_test-SPL.jpghttps://www.sciencephoto.com/image/870083/preview/K0069932-Glass_and_copper_heat_conduction_test-SPL.mp45.12017-07-18Yesamorphousbeakerboilingconductingconductioncopperdemonstratingdemonstrationeducationeducationalexperimentfalse-colourfalse-colouredflowglassheatheat transferheatinghotinfraredirmetalmetallicnon-metalphysicalphysicsprocessrodrodsschoolsciencesped uphttps://www.sciencephoto.com/media/870084/view/sodium-in-water-thermography2018-11-06T15:36:38Z0.9K006/9933 Sodium in water, thermographyK006/9933 Thermographic footage of a piece of sodium metal in water. Warmer areas are brighter. Sodium is a highly reactive metallic element, and it reacts with water to produce hydrogen gas, sodium hydroxide and heat. The heat of the reaction melts the sodium, which floats on the water and shoots across the surface, leaving a trail of warm sodium hydroxide solution behind it. Chemical reactions that generate heat are called exothermic reactions.https://www.sciencephoto.com/image/870084/350wm/K0069933-Sodium_in_water,_thermography-SPL.jpghttps://www.sciencephoto.com/image/870084/preview/K0069933-Sodium_in_water,_thermography-SPL.mp420.072017-07-18Yesalkali metalchemicalchemistrydemonstrationeducationeducationalelementexothermicexperimentfloatingheatheatinghotinfraredmetalmoltenphysicalphysicsreactingreactionreactionsschoolsciencesodiumsodium hydroxidesolutionspinningspiralspirallingstirringthermalthermogramhttps://www.sciencephoto.com/media/870085/view/cooling-oil-convection-cells-thermography2018-03-28T09:38:32Z0.9K006/9934 Cooling oil convection cells, thermographyK006/9934 Thermographic footage of the surface of hot oil as it cools down. The thermal camera shows the temperature of the oil surface, with hotter areas brighter than cooler ones. Hot, less dense oil rises to the surface, where it cools, spreads out and sinks, forming convection cells. This is called Rayleigh-Bénard convection, and it occurs where a fluid is heated from below. A similar pattern is seen on the surface of the Sun, where hot plasma rises, cools and sinks to produce a pattern known as granulation.https://www.sciencephoto.com/image/870085/350wm/K0069934-Cooling_oil_convection_cells,_thermography-SPL.jpghttps://www.sciencephoto.com/image/870085/preview/K0069934-Cooling_oil_convection_cells,_thermography-SPL.mp45.092017-07-18Yesbenard cellscellcellscoolingdemonstrationdynamicseducationeducationalfalse-colouredfluidfluidsfrom abovegranulationheatheat transferhotinfrarediroilorangepatternphysicalphysicsrayleigh-benard convectionsciencesolarsunsurfacethermalthermodynamicsthermogramthermographichttps://www.sciencephoto.com/media/870086/view/computer-core-warming-timelapse-thermography2018-03-28T09:38:32Z0.9K006/9935 Computer core warming, timelapse thermographyK006/9935 Timelapse thermographic footage of the inside of a computer heating up during operation. Computer processing units generate a lot of waste heat, which is dissipated by heat sinks and fans.https://www.sciencephoto.com/image/870086/350wm/K0069935-Computer_core_warming,_timelapse_thermography-SPL.jpghttps://www.sciencephoto.com/image/870086/preview/K0069935-Computer_core_warming,_timelapse_thermography-SPL.mp47.262017-07-18Yescentral processing unitcomponentscomputercoolingcorecpudemonstrationdiscdiskeducationeducationalexcessfalse-colouredhard diskhard driveheatheat sinkinfraredinnerinsideinterioriritmotherboardpcsped upspeeded upsystemtechnologicaltechnologythermalthermogramhttps://www.sciencephoto.com/media/870087/view/heating-oil-thermography2018-03-28T09:38:32Z0.9K006/9936 Heating oil, thermographyK006/9936 Thermographic footage of the surface of oil as it is heated from below. In this footage, the hotter the oil is, the brighter it appears. Hot oil from below rises to the surface as it is less dense than cooler oil. Once at the surface it spreads and cools down, sinking around the rising plume. This is called Rayleigh-Benard convection, and it is seen wherever a fluid is heated from below. A similar process is seen on the surface of the Sun with rising plumes of hot plasma, where it produces a pattern of cells called granulation.https://www.sciencephoto.com/image/870087/350wm/K0069936-Heating_oil,_thermography-SPL.jpghttps://www.sciencephoto.com/image/870087/preview/K0069936-Heating_oil,_thermography-SPL.mp45.092017-07-18Yesbenard cellsbuoyancybuoyantcellcellsconvectivecoolcoolingdemonstrationdensedenserdensitydynamicseducationeducationalfluidfluidsgranulationgravityheat transferheatinghotinfraredirliquidmodelmodelingmodellingoilorangephysicalphysicshttps://www.sciencephoto.com/media/870168/view/milky-way-over-badlands-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8097 Milky Way over badlands, time-lapse footageK006/8097 Milky Way over badlands. Time-lapse footage of the Milky Way emerging in the night sky in the fading twilight as the Moon sets over eroded rock formations in a badlands area. This landscape is in the Bisti/De-Na-Zin Wilderness, New Mexico, USA.https://www.sciencephoto.com/image/870168/350wm/K0068097-Milky_Way_over_badlands,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870168/preview/K0068097-Milky_Way_over_badlands,_time-lapse_footage-SPL.mp420.022017-07-19Yes4kamericanastronomicalastronomyastrophotographybadlandsbistibisti de na zinbisti/de-na-zin wildernessclipdesertenvironmenterodederosionfilmfootagegalaxyhillsmeteormilky waymoonmoonlightmoonlitmoonsetmotionmountainsnaturalnaturenew mexiconightnightscapeno-onehttps://www.sciencephoto.com/media/870169/view/stars-and-moonset-alabama-hills-california2018-03-28T09:38:32Z0.9K006/8380 Stars and moonset, Alabama Hills, CaliforniaK006/8380 Stars and moonset, Alabama Hills. Time-lapse footage of stars rotating in the night sky over moonlit rocks in the Alabama Hills, California, USA. At the end of the clip, darkness falls over the rocks as the Moon sets.https://www.sciencephoto.com/image/870169/350wm/K0068380-Stars_and_moonset,_Alabama_Hills,_California-SPL.jpghttps://www.sciencephoto.com/image/870169/preview/K0068380-Stars_and_moonset,_Alabama_Hills,_California-SPL.mp46.22017-07-19Yes4kalabama hillsamericanastronomicalastronomyastrophotographycaliforniacalifornianclipdesertenvironmentfilmfootagegalaxygeologicalgeologymilky waymoonlightmoonlitmoonsetmotionmountainsnaturalnaturenightnightscapeno-onenobodynorth americanorth americanoutdoorsoutsidehttps://www.sciencephoto.com/media/870170/view/shiprock-mountain-new-mexico-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8381 Shiprock Mountain, New Mexico, time-lapse footageK006/8381 Shiprock Mountain. Time-lapse footage of clouds passing overhead at Shiprock Mountain, New Mexico, USA. This monadnock (inselberg) rises to a height of 482 metres above the surrounding plain. It has religious and cultural significance for the native Navajo people of the area.https://www.sciencephoto.com/image/870170/350wm/K0068381-Shiprock_Mountain,_New_Mexico,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870170/preview/K0068381-Shiprock_Mountain,_New_Mexico,_time-lapse_footage-SPL.mp416.232017-07-19Yesclipcloudsculturalculturedayscapedesertenvironmentfilmfootagegeologicalgeologyinselbergmeteorologicalmeteorologymonadnockmotionmountainsnaturalnaturenavajonavajo nationno-onenobodyoutdoorsoutsidephysical geographyreligionreligiousrocksrockyshiprockshiprock mountainhttps://www.sciencephoto.com/media/870171/view/bristlecone-pine-and-milky-way-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8382 Bristlecone pine and Milky Way, time-lapse footageK006/8382 Bristlecone pine and Milky Way. Time-lapse footage of the Milky Way in the night sky over a bristlecone pine tree. Bristlecone pines such as Pinus longaeva are among the longest-lived organisms on Earth, with some being several thousand years old. At the start of the clip, the tree is illuminated by the Moon, which later sets. Footage filmed in California Bristlecone National Forest, California, USA.https://www.sciencephoto.com/image/870171/350wm/K0068382-Bristlecone_pine_and_Milky_Way,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870171/preview/K0068382-Bristlecone_pine_and_Milky_Way,_time-lapse_footage-SPL.mp426.092017-07-19Yesamericanancientastronomicalastronomybiologicalbiologybotanicalbotanybristlecone pinecaliforniacalifornianclipenvironmentfilmflorafootagelong livedlong-livedmilky waymoonlightmoonlitmoonsetmotionnaturalnaturenight skynightscapeno-onenobodynorth americanorth americanoutdoorshttps://www.sciencephoto.com/media/870172/view/nightfall-over-boundary-waters-minnesota2018-03-28T09:38:32Z0.9K006/8383 Nightfall over Boundary Waters, MinnesotaK006/8383 Nightfall over Boundary Waters, Minnesota. Time-lapse footage of thick clouds before and after nightfall, passing over a body of water in the remote Boundary Waters region of northern Minnesota, USA. This region consists of waterways and bogs with bedrock covered in thin soils and forests. The landscape here was carved by glaciers.https://www.sciencephoto.com/image/870172/350wm/K0068383-Nightfall_over_Boundary_Waters,_Minnesota-SPL.jpghttps://www.sciencephoto.com/image/870172/preview/K0068383-Nightfall_over_Boundary_Waters,_Minnesota-SPL.mp441.062017-07-19Yesamericanboundary watersboundary waters canoe area wildernessbwcacampcampfireclipcloudscloudydayscapeduskenvironmenteveningfilmfootageforestgreat lakeslakeminnesotamotionnaturalnaturenightnightfallnightscapeno-onenobodynorth americanorth americanoutdoorsoutsidephysical geographyhttps://www.sciencephoto.com/media/870173/view/milky-way-over-desert-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8384 Milky Way over desert, time-lapse footageK006/8384 Milky Way over desert. Time-lapse footage of the Milky Way at night over a silhouetted skyline in a desert. These hills are in the Bisti/De-Na-Zin Wilderness, a badlands area of New Mexico, USA.https://www.sciencephoto.com/image/870173/350wm/K0068384-Milky_Way_over_desert,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870173/preview/K0068384-Milky_Way_over_desert,_time-lapse_footage-SPL.mp412.052017-07-19Yesamericanastronomicalastronomyastrophotographybadlandsbistibisti de na zinbisti/de-na-zin wildernessclipdesertenvironmentfilmfootagegalaxyhillsmilky waymotionmountainsnaturalnaturenew mexiconightnightscapeno-onenobodynorth americanorth americansilhouettesilhouettedskiesskyskylinehttps://www.sciencephoto.com/media/870174/view/double-arch-in-moonlight-arches-national-park2018-03-28T09:38:32Z0.9K006/8385 Double Arch in moonlight, Arches National ParkK006/8385 Double Arch in moonlight. Time-lapse footage of shadows moving across moonlit rock arches at night. This is the Double Arch rock formation in Arches National Park, Utah, USA. This rock formation, which is similar to many found in the vicinity, was formed by weathering and erosion of Entrada sandstone over millions of years. The larger of the two arches is 45 metres across and 32 metres tall.https://www.sciencephoto.com/image/870174/350wm/K0068385-Double_Arch_in_moonlight,_Arches_National_Park-SPL.jpghttps://www.sciencephoto.com/image/870174/preview/K0068385-Double_Arch_in_moonlight,_Arches_National_Park-SPL.mp412.22017-07-19Yes4kamericanarchesarches national parkclipdesertdouble archentrada sandstoneenvironmenterodederosionfilmfootagegeologicalgeologymoonlightmotionnational parknaturalnaturenightnight-timeno-onenobodynorth americanorth americanphysical geographyrock archrocksrockysandstoneshadowshttps://www.sciencephoto.com/media/870175/view/nightfall-over-chaco-canyon-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8386 Nightfall over Chaco Canyon, time-lapse footageK006/8386 Nightfall over Chaco Canyon. Time-lapse footage of clouds passing overhead as sunset deepens into moonlight, which in turn deepens into darkness, in Chaco Culture National Historical Park, New Mexico, USA. This canyon contains a large collection of important pre-Columbian cultural and historical ruins. Chaco Canyon was a major centre for the Ancient Pueblo Peoples from the 10th to 12th centuries.https://www.sciencephoto.com/image/870175/350wm/K0068386-Nightfall_over_Chaco_Canyon,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870175/preview/K0068386-Nightfall_over_Chaco_Canyon,_time-lapse_footage-SPL.mp422.222017-07-19Yes4kamericananasaziancestral pueblo peopleancestral puebloansancient pueblo peoplesarchaeologicalarchaeologyarcheologyastronomicalastronomyastrophotographycanyoncchnpccnhpchacochaco canyonchaco culturechaco culture national historical parkclipduskenvironmenteveningfilmgeologicalgeologyhistorymotionmountainsnaturalnaturenew mexicohttps://www.sciencephoto.com/media/870176/view/nightfall-over-chaco-canyon-time-lapse-footage2018-09-20T00:05:18Z0.9K006/8387 Nightfall over Chaco Canyon, time-lapse footageK006/8387 Nightfall over Chaco Canyon. Time-lapse footage of clouds passing overhead as sunset deepens into moonlight, which in turn deepens into darkness, in Chaco Culture National Historical Park, New Mexico, USA. This canyon contains a large collection of important pre-Columbian cultural and historical ruins. Chaco Canyon was a major centre for the Ancient Pueblo Peoples from the 10th to 12th centuries.https://www.sciencephoto.com/image/870176/350wm/K0068387-Nightfall_over_Chaco_Canyon,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870176/preview/K0068387-Nightfall_over_Chaco_Canyon,_time-lapse_footage-SPL.mp422.22017-07-19Yes4kamericananasaziancestral pueblo peopleancestral puebloansancient pueblo peoplesarchaeologicalarchaeologyarcheologyastronomicalastronomyastrophotographycanyoncchnpccnhpchacochaco canyonchaco culturechaco culture national historical parkclipduskenvironmenteveningfilmgeologicalgeologyhistorymotionmountainsnaturalnaturenew mexicohttps://www.sciencephoto.com/media/870177/view/desert-landscape-and-clouds-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8388 Desert landscape and clouds, time-lapse footageK006/8388 Desert landscape and clouds. Time-lapse footage of white clouds passing over a scrub and desert landscape. This footage was filmed at Hovenweep National Monument, on the border between Colorado and Utah, USA.https://www.sciencephoto.com/image/870177/350wm/K0068388-Desert_landscape_and_clouds,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870177/preview/K0068388-Desert_landscape_and_clouds,_time-lapse_footage-SPL.mp433.072017-07-19Yes4kamericanaridclipcloudcloudscloudycoloradodayscapedaytimedesertenvironmentfilmfootagehovenweephovenweep national monumentlandscapemotionnaturalnatureno-onenobodynorth americanorth americanoutdoorsoutsidephysical geographyscrubskiesskytime lapsetime-lapsehttps://www.sciencephoto.com/media/870178/view/meteor-and-milky-way-over-desert-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8389 Meteor and Milky Way over desert, time-lapse footageK006/8389 Meteor and Milky Way over desert. Time-lapse footage of a meteor and the Milky Way at night over a silhouetted skyline in a desert. The meteor leaves a trail of smoke at upper left. These hills are in the Bisti/De-Na-Zin Wilderness, a badlands area of New Mexico, USA.https://www.sciencephoto.com/image/870178/350wm/K0068389-Meteor_and_Milky_Way_over_desert,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870178/preview/K0068389-Meteor_and_Milky_Way_over_desert,_time-lapse_footage-SPL.mp42.132017-07-19Yesamericanastronomicalastronomyastrophotographybadlandsbistibisti de na zinbisti/de-na-zin wildernessburning upclipdesertenvironmentfilmfireballfootagegalaxyhillsmeteormilky waymotionmountainsnaturalnaturenew mexiconightnightscapeno-onenobodynorth americanorth americansilhouettesilhouettedhttps://www.sciencephoto.com/media/870179/view/desert-rock-formations-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8390 Desert rock formations, time-lapse footageK006/8390 Desert rock formations. Time-lapse footage of clouds passing over a landscape of eroded natural rock formations. These rock formation are in an area of badlands called Recapture Pocket, near Bluff, Utah, USA.https://www.sciencephoto.com/image/870179/350wm/K0068390-Desert_rock_formations,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870179/preview/K0068390-Desert_rock_formations,_time-lapse_footage-SPL.mp433.122017-07-19Yes4kamericanaridbadlandsbluffclipcloudsdesertenvironmenterodederosionfilmfootagegeologicalgeologyhoodoohoodooslandscapemotionnaturalnatureno-onenobodynorth americanorth americanphysical geographyrecapture pointrockrocksrockyskiesskyhttps://www.sciencephoto.com/media/870180/view/bristlecone-pine-and-milky-way-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8391 Bristlecone pine and Milky Way, time-lapse footageK006/8391 Bristlecone pine and Milky Way. Time-lapse footage of regions of the Milky Way in the night sky over a bristlecone pine tree. Bristlecone pines such as Pinus longaeva are among the longest-lived organisms on Earth, with some being several thousand years old. Footage filmed at an altitude of 3000 metres in California, USA.https://www.sciencephoto.com/image/870180/350wm/K0068391-Bristlecone_pine_and_Milky_Way,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870180/preview/K0068391-Bristlecone_pine_and_Milky_Way,_time-lapse_footage-SPL.mp4132017-07-19Yesamericanancientastronomicalastronomybiologicalbiologybotanicalbotanybristlecone pinecaliforniacalifornianclipenvironmentfilmflorafootagelong livedlong-livedmilky waymotionnaturalnaturenight skynightscapeno-onenobodynorth americanorth americanoutdoorsoutsidepinus longaevasilhouettehttps://www.sciencephoto.com/media/870181/view/sandstone-rock-formation-in-moonlight-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8392 Sandstone rock formation in moonlight, time-lapse footageK006/8392 Sandstone rock formation in moonlight. Time-lapse footage of a large red rock canyon under moonlight in Arches National Park, Utah, USA.https://www.sciencephoto.com/image/870181/350wm/K0068392-Sandstone_rock_formation_in_moonlight,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870181/preview/K0068392-Sandstone_rock_formation_in_moonlight,_time-lapse_footage-SPL.mp414.152017-07-19Yes4kamericanarches national parkcanyonclipdesertentrada sandstoneenvironmenterodederosionfilmfootagegeologicalgeologymoonlightmotionnational parknaturalnaturenightnight-timeno-onenobodynorth americanorth americanphysical geographyred rockrock archrocksrockysandstoneshadowshttps://www.sciencephoto.com/media/870182/view/bristlecone-pine-and-milky-way-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8393 Bristlecone pine and Milky Way, time-lapse footageK006/8393 Bristlecone pine and Milky Way. Time-lapse footage of regions of the Milky Way in the night sky over a bristlecone pine tree. Bristlecone pines such as Pinus longaeva are among the longest-lived organisms on Earth, with some being several thousand years old. Footage filmed at an altitude of 3000 metres in California, USA.https://www.sciencephoto.com/image/870182/350wm/K0068393-Bristlecone_pine_and_Milky_Way,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870182/preview/K0068393-Bristlecone_pine_and_Milky_Way,_time-lapse_footage-SPL.mp413.022017-07-19Yes4kamericanancientastronomicalastronomybiologicalbiologybotanicalbotanybristlecone pinecaliforniacalifornianclipenvironmentfilmflorafootagelong livedlong-livedmilky waymotionnaturalnaturenight skynightscapeno-onenobodynorth americanorth americanoutdoorsoutsidepinus longaevahttps://www.sciencephoto.com/media/870183/view/sunrise-on-mount-whitney-time-lapse-footage2018-11-06T15:32:53Z0.9K006/8394 Sunrise on Mount Whitney, time-lapse footageK006/8394 Sunrise on Mount Whitney. Time-lapse footage of alpenglow forming during sunrise on the tall sheer granite faces of Mount Whitney in the Sierra Nevada, California, USA. Mount Whitney (4421 metres) is the tallest mountain in the continental USA.https://www.sciencephoto.com/image/870183/350wm/K0068394-Sunrise_on_Mount_Whitney,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870183/preview/K0068394-Sunrise_on_Mount_Whitney,_time-lapse_footage-SPL.mp419.282017-07-19Yesalpenglowamericancaliforniacalifornianclipfilmfootagegeologicalgeologygranitemotionmount whitneymountainmountainsno-onenobodynorth americanorth americanphysical geographyrising sunrockssierra nevadaskysunlightsunrisesunsettallesttime lapsetime-lapsetimelapseunited statesushttps://www.sciencephoto.com/media/870184/view/milky-way-over-alabama-hills-california2018-03-28T09:38:32Z0.9K006/8395 Milky Way over Alabama Hills, CaliforniaK006/8395 Milky Way over Alabama Hills. Time-lapse footage of nightfall and the Milky Way emerging from the twilight in the night sky over towering rock formations in the Alabama Hills, California, USA.https://www.sciencephoto.com/image/870184/350wm/K0068395-Milky_Way_over_Alabama_Hills,_California-SPL.jpghttps://www.sciencephoto.com/image/870184/preview/K0068395-Milky_Way_over_Alabama_Hills,_California-SPL.mp442017-07-19Yes4kalabama hillsamericanastronomicalastronomyastrophotographybadlandscaliforniacalifornianduskenvironmenterodederosioneveninggalaxygeologicalgeologymilky waynaturalnaturenightnight-timenightscapeno-onenobodynorth americanorth americanphysical geographypinnaclesrock formationsrocksskyhttps://www.sciencephoto.com/media/870185/view/wild-river-state-park-minnesota-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8396 Wild River State Park, Minnesota, time-lapse footageK006/8396 Wild River State Park. Time-lapse footage of clouds and stars on a moonlit night over a tree-lined river in Wild River State Park, Minnesota, USA. The landscape here was shaped by glacial action and deposits.https://www.sciencephoto.com/image/870185/350wm/K0068396-Wild_River_State_Park,_Minnesota,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870185/preview/K0068396-Wild_River_State_Park,_Minnesota,_time-lapse_footage-SPL.mp412.172017-07-19Yes4kamericanclipcloudscloudyduskenvironmenteveningfilmfootageforestlandscapeminnesotamoonlightmoonlitmotionnaturalnaturenightnightscapeno-onenobodynorth americanorth americanoutdoorsoutsidephysical geographyreflectingreflectionriverskiesskyhttps://www.sciencephoto.com/media/870186/view/milky-way-over-badlands-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8397 Milky Way over badlands, time-lapse footageK006/8397 Milky Way over badlands. Time-lapse footage of the Milky Way emerging in the night sky in the fading twilight as the Moon sets over eroded rock formations in a badlands area. This landscape is in the Bisti/De-Na-Zin Wilderness, New Mexico, USA.https://www.sciencephoto.com/image/870186/350wm/K0068397-Milky_Way_over_badlands,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870186/preview/K0068397-Milky_Way_over_badlands,_time-lapse_footage-SPL.mp420.052017-07-19Yes4kamericanastronomicalastronomyastrophotographybadlandsbistibisti de na zinbisti/de-na-zin wildernessclipdesertenvironmenterodederosionfilmfootagegalaxyhillsmeteormilky waymoonmoonlightmoonlitmoonsetmotionmountainsnaturalnaturenew mexiconightnightscapeno-onehttps://www.sciencephoto.com/media/870187/view/desert-landscape-and-clouds-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8398 Desert landscape and clouds, time-lapse footageK006/8398 Desert landscape and clouds. Time-lapse footage of white clouds passing over a scrub and desert landscape. This footage was filmed at Hovenweep National Monument, on the border between Colorado and Utah, USA.https://www.sciencephoto.com/image/870187/350wm/K0068398-Desert_landscape_and_clouds,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870187/preview/K0068398-Desert_landscape_and_clouds,_time-lapse_footage-SPL.mp428.032017-07-19Yesamericanaridblue skyclipcloudcloudscloudycoloradodayscapedaytimedesertenvironmentfilmfootagehovenweephovenweep national monumentlandscapemotionnaturalnatureno-onenobodynorth americanorth americanoutdoorsoutsidephysical geographyscrubskiesskytime lapsetime-lapsehttps://www.sciencephoto.com/media/870188/view/shiprock-mountain-at-night-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8402 Shiprock Mountain at night, time-lapse footageK006/8402 Shiprock Mountain at night. Time-lapse footage of stars rotating overhead above Shiprock Mountain, New Mexico, USA. This monadnock (inselberg) rises to a height of 482 metres above the surrounding plain. It has religious and cultural significance for the native Navajo people of the area.https://www.sciencephoto.com/image/870188/350wm/K0068402-Shiprock_Mountain_at_night,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870188/preview/K0068402-Shiprock_Mountain_at_night,_time-lapse_footage-SPL.mp410.162017-07-19Yesastronomicalastronomyastrophotographyclipcloudsculturalculturedesertenvironmentfilmfootagegeologicalgeologyinselbergmilky waymonadnockmotionmountainsnaturalnaturenavajonavajo nationnightnight skynight-timenightscapeno-onenobodyoutdoorsoutsidephysical geographyreligionhttps://www.sciencephoto.com/media/870189/view/moonrise-over-arches-national-park-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8405 Moonrise over Arches National Park, time-lapse footageK006/8405 Moonrise over Arches National Park. Time-lapse footage of the Full Moon rising from behind the North Window in Arches National Park, Utah, USA, brightening as it rises into a deepening night sky.https://www.sciencephoto.com/image/870189/350wm/K0068405-Moonrise_over_Arches_National_Park,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870189/preview/K0068405-Moonrise_over_Arches_National_Park,_time-lapse_footage-SPL.mp425.052017-07-19Yes4kamericanarchesarches national parkastronomyastrophotographyclipdesertentrada sandstoneenvironmenterodederosionfilmfootagefull moongeologicalgeologymoonlightmoonrisemotionnational parknaturalnaturenightnight-timeno-onenobodynorth americanorth americanphysical geographyrising moonrock archhttps://www.sciencephoto.com/media/870190/view/surface-of-callisto-animation2018-03-28T09:38:32Z0.9K006/9937 Surface of Callisto, animationK006/9937 Animation of a pan across the surface of Callisto, the second-largest moon of Jupiter. Callisto has one of the oldest and most heavily-cratered surfaces in the Solar System. Its surface geography is dominated by impacts, which have thrown up peaks and ridges, and created low-lying plains. Callisto is the most distant of the large moons from Jupiter, and unlike the other three it is not in an orbital resonance with other moons. This has led to it not experiencing the tidal heating that drives geological processes on the inner moons.https://www.sciencephoto.com/image/870190/350wm/K0069937-Surface_of_Callisto,_animation-SPL.jpghttps://www.sciencephoto.com/image/870190/preview/K0069937-Surface_of_Callisto,_animation-SPL.mp445.012017-07-19Yesalienanimatedanimationastronomicalastronomycallistocoldcratercrateredcratersdeadextraterrestrialgalileangas giantgeologicalgeologyhorizonimpactjovianjupiterlandmoonmoonsotherpanpanningpeaksplanetplanetary sciencescienceskysolar systemhttps://www.sciencephoto.com/media/870191/view/voyager-2-spacecraft2018-09-20T00:05:18Z0.9K006/9938 Voyager 2 spacecraftK006/9938 Animation of the Voyager 2 spacecraft heading into space. Voyager 2 was launched on 20th August 1977 on a mission to explore the four gas giant planets in one Grand Tour. It reached Jupiter in July 1979, Saturn in August 1981, Uranus in January 1986 and Neptune in August 1989. 40 years after its launch, Voyager 2 is still functional and it is around 115 Astronomical Units from the Sun (one AU is the Earth-Sun distance, some 150 million kilometres). It is expected to pass through the heliopause, the boundary of the Sun's influence, in 2019 or 2020, after which it will enter interstellar space.https://www.sciencephoto.com/image/870191/350wm/K0069938-Voyager_2_spacecraft-SPL.jpghttps://www.sciencephoto.com/image/870191/preview/K0069938-Voyager_2_spacecraft-SPL.mp432.022017-07-19Yes1977201740 years40thanimatedanimationanniversaryantennaasteroiddeepdishdistantexplorationexploringgas giantsheliopauseheliosheathhistoricalhistoryinterstellarjourneykuiper belt objectmilky waymissionnasanewsouter spaceplanetplanetsproberesearchsciencehttps://www.sciencephoto.com/media/870385/view/liquid-nitrogen-storage2018-06-19T09:35:46Z0.9K006/4838 Liquid nitrogen storageK006/4838 Liquid nitrogen storage. Footage of a researcher handling vials and storing them in liquid nitrogen. Nitrogen forms a liquid at minus 196 degrees Celsius.https://www.sciencephoto.com/image/870385/350wm/K0064838-Liquid_nitrogen_storage-SPL.jpghttps://www.sciencephoto.com/image/870385/preview/K0064838-Liquid_nitrogen_storage-SPL.mp434.132017-07-21Yes1900s1980s1990s20th centurybiologicalbiologychemicalchemistryclipcolddangerdangerousfilmfootagegloveshazardhazardouslablaboratoryliquid nitrogenlow temperaturesmotionone personpeoplepersonphysicalphysicspreservationpreservingresearchresearcherretrohttps://www.sciencephoto.com/media/870386/view/laboratory-shaker2018-06-19T09:35:46Z0.9K006/4839 Laboratory shakerK006/4839 Laboratory shaker. Footage of a shaker being used in a laboratory. This is an automated shaking and stirring device, used to mix and stir liquids.https://www.sciencephoto.com/image/870386/350wm/K0064839-Laboratory_shaker-SPL.jpghttps://www.sciencephoto.com/image/870386/preview/K0064839-Laboratory_shaker-SPL.mp411.022017-07-21Yes1900s1980s1990s20th centurybiochemicalbiochemistrychemicalchemistryclipequipmentfilmfootagelablaboratoryliquidmachinemotionno-onenobodyretroshakervideovintagehttps://www.sciencephoto.com/media/870387/view/laboratory-research2018-06-19T09:35:46Z0.9K006/4842 Laboratory researchK006/4842 Laboratory research. Footage of a researcher using equipment in a laboratory, including an automated shaking and stirring device (known as a shaker) used to mix and stir liquids.https://www.sciencephoto.com/image/870387/350wm/K0064842-Laboratory_research-SPL.jpghttps://www.sciencephoto.com/image/870387/preview/K0064842-Laboratory_research-SPL.mp415.152017-07-21Yes1900s1980s1990s20th centurybiochemicalbiochemistrychemicalchemistryclipequipmentfemalefilmfootagelablaboratorymachinemotionone personpeoplepersonresearchresearcherretroscientistshakervideovintagewhite coatwomanhttps://www.sciencephoto.com/media/870388/view/dune-of-pilat-aerial-footage2018-06-19T09:35:46Z0.9K006/4849 Dune of Pilat, aerial footageK006/4849 Dune of Pilat. Aerial footage of the Dune of Pilat (Dune du Pilat) at sunset. The Dune of Pilat, a type of dune known as a foredune, is the tallest sand dune in Europe, reaching a height of over 100 metres. It measures 2.7 kilometres in length and is 500 metres wide. It is located on the Atlantic coast of the Aquitaine region of south-western France.https://www.sciencephoto.com/image/870388/350wm/K0064849-Dune_of_Pilat,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870388/preview/K0064849-Dune_of_Pilat,_aerial_footage-SPL.mp4110.052017-07-21Yesaerial photographyaquitaineatlanticbanc d'arguinbay of biscaybird's eye viewclipcoastcoastaldunedune du pilatenvironmenteuropeeuropeanfilmfootageforedunefrancefrenchgeographicallandes de gascogne regional natural parkmotionnaturalnatureno-onenobodyoceanoutdoorsoutsidephysical geographysandsandyhttps://www.sciencephoto.com/media/870389/view/banc-d-arguin-aerial-footage2018-06-19T09:35:46Z0.9K006/4850 Banc d'Arguin, aerial footageK006/4850 Banc d'Arguin. Aerial footage in low light near sunset, of the sand bank known as the Banc d'Arguin. This sand bank is located off the Atlantic coast of the Aquitaine region of south-western France. It is near the famous Dune of Pilat (Dune du Pilat).https://www.sciencephoto.com/image/870389/350wm/K0064850-Banc_d_Arguin,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870389/preview/K0064850-Banc_d_Arguin,_aerial_footage-SPL.mp4822017-07-21Yesaerial photographyaquitaineatlanticbanc d'arguinbay of biscaybird's eye viewclipcoastcoastalduneenvironmenteuropeeuropeanfilmfootageforedunefrancefrenchgeographicalmotionnaturalnatureno-onenobodyoceanoutdoorsoutsidephysical geographysandsandyseavideohttps://www.sciencephoto.com/media/870390/view/dune-of-pilat-aerial-footage2018-06-19T09:35:46Z0.9K006/4851 Dune of Pilat, aerial footageK006/4851 Dune of Pilat. Aerial footage travelling from the inland forest of Landes de Gascogne Regional Natural Park, over the Dune of Pilat (Dune du Pilat) with views of ocean. The Dune of Pilat, a type of dune known as a foredune, is the tallest sand dune in Europe, reaching a height of over 100 metres. It measures 2.7 kilometres in length and is 500 metres wide. It is located on the Atlantic coast of the Aquitaine region of south-western France.https://www.sciencephoto.com/image/870390/350wm/K0064851-Dune_of_Pilat,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870390/preview/K0064851-Dune_of_Pilat,_aerial_footage-SPL.mp41232017-07-21Yesaerial photographyaquitaineatlanticbanc d'arguinbay of biscaybird's eye viewclipcoastcoastaldunedune du pilatenvironmenteuropeeuropeanfilmfootageforeduneforestfrancefrenchgeographicalhighhighestlandes de gascogne regional natural parkmotionnaturalnatureno-onenobodyoceanoutdoorsoutsidehttps://www.sciencephoto.com/media/870391/view/dune-of-pilat-aerial-footage2018-06-19T09:35:46Z0.9K006/4852 Dune of Pilat, aerial footageK006/4852 Dune of Pilat. Aerial footage following the shoreline of the Dune of Pilat (Dune du Pilat) with views of bunker-like structures strewn on the sand. The Dune of Pilat, a type of dune known as a foredune, is the tallest sand dune in Europe, reaching a height of over 100 metres. It measures 2.7 kilometres in length and is 500 metres wide. It is located on the Atlantic coast of the Aquitaine region of south-western France.https://www.sciencephoto.com/image/870391/350wm/K0064852-Dune_of_Pilat,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870391/preview/K0064852-Dune_of_Pilat,_aerial_footage-SPL.mp466.232017-07-21Yesaerial photographyaquitaineatlanticbanc d'arguinbay of biscaybird's eye viewbunkerbunkersclipcoastcoastaldunedune du pilatenvironmenteuropeeuropeanfilmfootageforedunefrancefrenchgeographicalmotionnaturalnatureno-onenobodyoceanoutdoorsoutsidephysical geographysandhttps://www.sciencephoto.com/media/870392/view/dune-of-pilat-time-lapse-aerial-footage2018-06-19T09:35:46Z0.9K006/4853 Dune of Pilat, time-lapse aerial footageK006/4853 Dune of Pilat. Time-lapse aerial footage of clouds passing over the Dune of Pilat (Dune du Pilat), with waves lapping on the shoreline. The Dune of Pilat, a type of dune known as a foredune, is the tallest sand dune in Europe, reaching a height of over 100 metres. It measures 2.7 kilometres in length and is 500 metres wide. It is located on the Atlantic coast of the Aquitaine region of south-western France.https://www.sciencephoto.com/image/870392/350wm/K0064853-Dune_of_Pilat,_time-lapse_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870392/preview/K0064853-Dune_of_Pilat,_time-lapse_aerial_footage-SPL.mp434.092017-07-21Yesaerial photographyaquitaineatlanticbay of biscaybeachbird's eye viewclipcloudscoastcoastaldunedune du pilatenvironmenteuropeeuropeanfilmfootageforedunefrancefrenchgeographicalmotionnaturalnatureno-onenobodyoceanoutdoorsoutsidephysical geographysandsandyhttps://www.sciencephoto.com/media/870393/view/river-in-snowdonia2018-06-19T09:35:46Z0.9K006/5007 River in SnowdoniaK006/5007 River in Snowdonia. Footage of a river and the surrounding landscape in Snowdonia National Park, Wales.https://www.sciencephoto.com/image/870393/350wm/K0065007-River_in_Snowdonia-SPL.jpghttps://www.sciencephoto.com/image/870393/preview/K0065007-River_in_Snowdonia-SPL.mp422.082017-07-21Yesbritainbritishclipenvironmenteuropeeuropeanfilmfootagegeographicalgeographyhillhillslandscapemeandermotionmountainmountainsnaturalnatureno-onenobodyoutdoorsoutsidephysical geographyriversnowdonsnowdoniasnowdonia national parkstreamukunited kingdomvideohttps://www.sciencephoto.com/media/870394/view/river-in-snowdonia2018-06-19T09:35:46Z0.9K006/5008 River in SnowdoniaK006/5008 River in Snowdonia. Footage of water cascading down a river in Snowdonia National Park, Wales.https://www.sciencephoto.com/image/870394/350wm/K0065008-River_in_Snowdonia-SPL.jpghttps://www.sciencephoto.com/image/870394/preview/K0065008-River_in_Snowdonia-SPL.mp49.12017-07-21Yesbritainbritishcascadecascadingclipenvironmenteuropeeuropeanfilmfootagegeographicalgeographyhillhillslandscapemeandermotionmountainmountainsnaturalnatureno-onenobodyoutdoorsoutsidephysical geographyrapidsriverrunning watersnowdonsnowdoniasnowdonia national parkhttps://www.sciencephoto.com/media/870395/view/mount-snowdon2018-06-19T09:35:46Z0.9K006/5009 Mount SnowdonK006/5009 Mount Snowdon. Footage filmed in Snowdonia National Park, Wales.https://www.sciencephoto.com/image/870395/350wm/K0065009-Mount_Snowdon-SPL.jpghttps://www.sciencephoto.com/image/870395/preview/K0065009-Mount_Snowdon-SPL.mp414.032017-07-21Yesbritainbritishclipcloudsduskenvironmenteuropeeuropeanfilmfootagegeographicalgeographyglowhillhillslakelandscapemotionmount snowdonmountainmountainsnaturalnatureno-onenobodyoutdoorsoutsidephysical geographyreflectedreflectingreflectionrockshttps://www.sciencephoto.com/media/870396/view/mount-snowdon2018-06-19T09:35:46Z0.9K006/5010 Mount SnowdonK006/5010 Mount Snowdon. Footage filmed in Snowdonia National Park, Wales.https://www.sciencephoto.com/image/870396/350wm/K0065010-Mount_Snowdon-SPL.jpghttps://www.sciencephoto.com/image/870396/preview/K0065010-Mount_Snowdon-SPL.mp422.082017-07-21Yesbritainbritishclipenvironmenteuropeeuropeanfilmfootagegeographicalgeographyhillhillslakelandscapemotionmount snowdonmountainmountainsnaturalnatureno-onenobodyoutdoorsoutsidephysical geographyreflectedreflectingreflectionrocksrockysnowdonsnowdoniahttps://www.sciencephoto.com/media/870397/view/snowdonia-landscape2018-06-19T09:35:46Z0.9K006/5011 Snowdonia landscapeK006/5011 Snowdonia landscape. Footage of a rocky crag near Mount Snowdon. Footage filmed in Snowdonia National Park, Wales.https://www.sciencephoto.com/image/870397/350wm/K0065011-Snowdonia_landscape-SPL.jpghttps://www.sciencephoto.com/image/870397/preview/K0065011-Snowdonia_landscape-SPL.mp420.072017-07-21Yesbritainbritishclipcragenvironmenteuropeeuropeanfilmfootagegeographicalgeographyhillhillslandscapemotionmount snowdonmountainmountainsnaturalnatureno-onenobodyoutdoorsoutsidephysical geographyrocksnowdonsnowdoniasnowdonia national parkukunited kingdomvideohttps://www.sciencephoto.com/media/870398/view/blood-group-test-preparations2018-06-19T09:35:46Z0.9K006/5130 Blood group test preparationsK006/5130 Blood group test preparations. Footage of a medical worker handling blood samples in a laboratory as part of preparations for blood group testing. He is pipetting the samples onto a spot plate (or reaction plate). He will then add antibody serums. There are four human blood types (groups): A, B, AB and O. The antibody serums will react with the antigens in the blood, with the resulting appearance of the blood used to identify the blood group. For a sequence showing the blood group testing, see clips K006/5135, K006/5130, K006/5137, K006/5161, K006/5185, K006/5132, and K006/5192.https://www.sciencephoto.com/image/870398/350wm/K0065130-Blood_group_test_preparations-SPL.jpghttps://www.sciencephoto.com/image/870398/preview/K0065130-Blood_group_test_preparations-SPL.mp422.12017-07-21Yes1900s1980s1990s20th centuryanalysisanalystanalyticalanti-aanti-bantibodiesantibodyantigenantigensbloodblood groupclipdoctorfilmfootagegroup a group bgroup abgroup ogroupshaematologicalhaematologisthaematologyhematologyhistoricalhistorylablaboratorymedicalhttps://www.sciencephoto.com/media/870399/view/preparing-petri-dishes-and-blood-samples2018-06-19T09:35:46Z0.9K006/5131 Preparing petri dishes and blood samplesK006/5131 Preparing petri dishes and blood samples. Footage of a laboratory worker handling blood samples, petri dishes and chemicals in a fume cupboard.https://www.sciencephoto.com/image/870399/350wm/K0065131-Preparing_petri_dishes_and_blood_samples-SPL.jpghttps://www.sciencephoto.com/image/870399/preview/K0065131-Preparing_petri_dishes_and_blood_samples-SPL.mp422017-07-21Yes1900s1980s1990s20th centurybloodblood samplesclinicalclipfilmfootagefume cupboardgloveshaematologicalhaematologisthaematologyhematologylablaboratorymedicalmedicinemicrobiologicalmicrobiologymotionone personpeoplepersonpetri dishesresearchresearcherretrosamplescientisthttps://www.sciencephoto.com/media/870400/view/blood-group-test2018-06-19T09:35:46Z0.9K006/5132 Blood group testK006/5132 Blood group test. Close-up footage of blood samples being mixed with antibody serum in a laboratory as part of blood group testing. The samples have been placed onto a spot plate (or reaction plate) and a pipette has been used to add antibody serums. There are four human blood types (groups): A, B, AB and O. The antibody serums will react with the antigens in the blood, with the resulting appearance of the blood used to identify the blood group. For a sequence showing the blood group testing, see clips K006/5135, K006/5130, K006/5137, K006/5161, K006/5185, K006/5132, and K006/5192.https://www.sciencephoto.com/image/870400/350wm/K0065132-Blood_group_test-SPL.jpghttps://www.sciencephoto.com/image/870400/preview/K0065132-Blood_group_test-SPL.mp436.032017-07-21Yes1900s1980s1990s20th centuryanalysisanalystanalyticalanti-aanti-bantibodiesantibodyantigenantigensbloodblood groupclipclose-updetaildoctorfilmfootagegroup a group bgroup abgroup ogroupshaematologicalhaematologisthaematologyhematologyhistoricalhistorylabhttps://www.sciencephoto.com/media/870401/view/blood-group-test-preparations2018-06-19T09:35:46Z0.9K006/5135 Blood group test preparationsK006/5135 Blood group test preparations. Footage of a medical worker handling blood samples in a laboratory as part of preparations for blood group testing. He is pipetting the samples onto a spot plate (or reaction plate). He will then add antibody serums. There are four human blood types (groups): A, B, AB and O. The antibody serums will react with the antigens in the blood, with the resulting appearance of the blood used to identify the blood group. For a sequence showing the blood group testing, see clips K006/5135, K006/5130, K006/5137, K006/5161, K006/5185, K006/5132, and K006/5192.https://www.sciencephoto.com/image/870401/350wm/K0065135-Blood_group_test_preparations-SPL.jpghttps://www.sciencephoto.com/image/870401/preview/K0065135-Blood_group_test_preparations-SPL.mp416.242017-07-21Yes1900s1980s1990s20th centuryanalysisanalystanalyticalanti-aanti-bantibodiesantibodyantigenantigensbloodblood groupclipdoctorfilmfootagegroup a group bgroup abgroup ogroupshaematologicalhaematologisthaematologyhematologyhistoricalhistorylablaboratorymalehttps://www.sciencephoto.com/media/870402/view/blood-group-test-preparations2018-06-19T09:35:46Z0.9K006/5137 Blood group test preparationsK006/5137 Blood group test preparations. Close-up footage of a medical worker handling blood samples in a laboratory as part of preparations for blood group testing. He is pipetting the samples onto a spot plate (or reaction plate). He will then add antibody serums. There are four human blood types (groups): A, B, AB and O. The antibody serums will react with the antigens in the blood, with the resulting appearance of the blood used to identify the blood group. For a sequence showing the blood group testing, see clips K006/5135, K006/5130, K006/5137, K006/5161, K006/5185, K006/5132, and K006/5192.https://www.sciencephoto.com/image/870402/350wm/K0065137-Blood_group_test_preparations-SPL.jpghttps://www.sciencephoto.com/image/870402/preview/K0065137-Blood_group_test_preparations-SPL.mp433.122017-07-21Yes1900s1980s1990s20th centuryanalysisanalystanalyticalanti-aanti-bantibodiesantibodyantigenantigensbloodblood groupclipclose-updetaildoctorfilmfootagegroup a group bgroup abgroup ogroupshaematologicalhaematologisthaematologyhematologyhistoricalhistorylabhttps://www.sciencephoto.com/media/870403/view/biochemical-computer-modelling2018-06-19T09:35:46Z0.9K006/5138 Biochemical computer modellingK006/5138 Biochemical computer modelling. Close-up footage of a researcher using a computer mouse while modelling a biochemical molecule.https://www.sciencephoto.com/image/870403/350wm/K0065138-Biochemical_computer_modelling-SPL.jpghttps://www.sciencephoto.com/image/870403/preview/K0065138-Biochemical_computer_modelling-SPL.mp413.182017-07-21Yes1900s1980s1990s20th centurybiochemicalbiochemistbiochemistrybiomedicalchemicalchemistchemistryclipclose-upcomputercomputer mousedetailsfilmfootagehandhardwarehistoricalhistoryinterfacemedicinemodelingmotionone personpeoplepersonresearcherretroscientisthttps://www.sciencephoto.com/media/870404/view/biomedical-analysis2018-06-19T09:35:46Z0.9K006/5140 Biomedical analysisK006/5140 Biomedical analysis. Footage of a printout being produced as samples are analysed in a machine in a biomedical laboratory.https://www.sciencephoto.com/image/870404/350wm/K0065140-Biomedical_analysis-SPL.jpghttps://www.sciencephoto.com/image/870404/preview/K0065140-Biomedical_analysis-SPL.mp424.012017-07-21Yes1900s1980s1990s20th centuryanalysinganalysisanalyticalanalyzingbiomedicalclipdeviceequipmentfilmfootagehistoricalhistorylablaboratorymachinemedicalmedicinemotionno-onenobodyprint-outprintoutresultssamplesamplestechnologicaltechnologyvideohttps://www.sciencephoto.com/media/870405/view/preparing-petri-dishes-and-blood-samples2018-06-19T09:35:46Z0.9K006/5144 Preparing petri dishes and blood samplesK006/5144 Preparing petri dishes and blood samples. Footage of a laboratory worker handling blood samples, petri dishes and chemicals in a fume cupboard.https://www.sciencephoto.com/image/870405/350wm/K0065144-Preparing_petri_dishes_and_blood_samples-SPL.jpghttps://www.sciencephoto.com/image/870405/preview/K0065144-Preparing_petri_dishes_and_blood_samples-SPL.mp426.092017-07-21Yes1900s1980s1990s20th centurybloodblood samplesclinicalclipfilmfootagegloveshaematologicalhematologylablaboratorymedicalmedicinemicrobiologicalmicrobiologymotionone personpeoplepersonpetri dishespipettepipettingresearchresearcherretrosamplescientistvideohttps://www.sciencephoto.com/media/870406/view/biochemical-computer-modelling2018-06-19T09:35:46Z0.9K006/5145 Biochemical computer modellingK006/5145 Biochemical computer modelling. Close-up footage of a researcher using a computer pen and touch pad while modelling a biochemical molecule.https://www.sciencephoto.com/image/870406/350wm/K0065145-Biochemical_computer_modelling-SPL.jpghttps://www.sciencephoto.com/image/870406/preview/K0065145-Biochemical_computer_modelling-SPL.mp48.152017-07-21Yes1900s1980s1990s20th centurybiochemicalbiochemistbiochemistrybiomedicalchemicalchemistchemistryclipclose-upcomputercomputer pendetailsfilmfootagehandhardwarehistoricalhistoryinterfacemedicinemodelingmotionone personpeoplepersonresearcherretroscientisthttps://www.sciencephoto.com/media/870407/view/antibody-computer-modelling2018-06-19T09:35:46Z0.9K006/5157 Antibody computer modellingK006/5157 Antibody computer modelling. Screenshot footage of a computer being used to model a biochemical molecule. This software is designed for use in immunology, and the molecule on the screen is an antibody such as immunoglobulin G (IgG).https://www.sciencephoto.com/image/870407/350wm/K0065157-Antibody_computer_modelling-SPL.jpghttps://www.sciencephoto.com/image/870407/preview/K0065157-Antibody_computer_modelling-SPL.mp439.222017-07-21Yes1900s1980s1990s20th centuryantibodybiochemicalbiochemistrybiomedicalchemicalchemistryclipcomputercomputingdisplayfilmfootagehardwarehistoricalhistoryiggimmunoglobulinimmunoglobulin gimmunologicalimmunologymedicinemodelingmodellingmolecularmoleculemotionno-onenobodyhttps://www.sciencephoto.com/media/870408/view/blood-group-test2018-06-19T09:35:46Z0.9K006/5161 Blood group testK006/5161 Blood group test. Close-up footage of blood samples being typed in a laboratory as part of blood group testing. The samples have been placed onto a spot plate (or reaction plate) and a pipette is being used to add antibody serums. There are four human blood types (groups): A, B, AB and O. The antibody serums will react with the antigens in the blood, with the resulting appearance of the blood used to identify the blood group. For a sequence showing the blood group testing, see clips K006/5135, K006/5130, K006/5137, K006/5161, K006/5185, K006/5132, and K006/5192.https://www.sciencephoto.com/image/870408/350wm/K0065161-Blood_group_test-SPL.jpghttps://www.sciencephoto.com/image/870408/preview/K0065161-Blood_group_test-SPL.mp422.12017-07-21Yes1900s1980s1990s20th centuryanalysisanalystanalyticalanti-aanti-bantibodiesantibodyantigenantigensbloodblood groupclipclose-updetaildoctorfilmfootagegroup a group bgroup abgroup ogroupshaematologicalhaematologisthaematologyhematologyhistoricalhistorylabhttps://www.sciencephoto.com/media/870409/view/antibody-computer-modelling2018-06-19T09:35:46Z0.9K006/5169 Antibody computer modellingK006/5169 Antibody computer modelling. Footage of a researcher using a computer to model a biochemical molecule. This software is designed for use in immunology, and the molecule on the screen is an antibody such as immunoglobulin G (IgG).https://www.sciencephoto.com/image/870409/350wm/K0065169-Antibody_computer_modelling-SPL.jpghttps://www.sciencephoto.com/image/870409/preview/K0065169-Antibody_computer_modelling-SPL.mp439.062017-07-21Yes1900s1980s1990s20th centuryantibodybiochemicalbiochemistbiochemistrybiomedicalchemicalchemistchemistryclipcomputercomputingdisplayfilmfootagehardwarehistoricalhistoryiggimmunoglobulinimmunoglobulin gimmunologicalimmunologistimmunologymedicinemodelingmolecularmoleculemotionhttps://www.sciencephoto.com/media/870410/view/biomedical-analysis2018-06-19T09:35:46Z0.9K006/5183 Biomedical analysisK006/5183 Biomedical analysis. Footage of samples being loaded into a machine for analysis in a biomedical laboratory.https://www.sciencephoto.com/image/870410/350wm/K0065183-Biomedical_analysis-SPL.jpghttps://www.sciencephoto.com/image/870410/preview/K0065183-Biomedical_analysis-SPL.mp410.12017-07-21Yes1900s1980s1990s20th centuryanalysinganalysisanalystanalyticalanalyzingbiomedicalclipclose-updetaildeviceequipmentfilmfootagehistoricalhistorylablaboratoryloadingmachinemedicalmedicinemotionone personpeoplepersonresearcherresultssamplehttps://www.sciencephoto.com/media/870411/view/blood-group-test2018-06-19T09:35:46Z0.9K006/5185 Blood group testK006/5185 Blood group test. Close-up footage of blood samples being typed in a laboratory as part of blood group testing. The samples have been placed onto a spot plate (or reaction plate) and a pipette is being used to add antibody serums. There are four human blood types (groups): A, B, AB and O. The antibody serums will react with the antigens in the blood, with the resulting appearance of the blood used to identify the blood group. For a sequence showing the blood group testing, see clips K006/5135, K006/5130, K006/5137, K006/5161, K006/5185, K006/5132, and K006/5192.https://www.sciencephoto.com/image/870411/350wm/K0065185-Blood_group_test-SPL.jpghttps://www.sciencephoto.com/image/870411/preview/K0065185-Blood_group_test-SPL.mp421.22017-07-21Yes1900s1980s1990s20th centuryanalysisanalystanalyticalanti-aanti-bantibodiesantibodyantigenantigensbloodblood groupclipclose-updetaildoctorfilmfootagegroup a group bgroup abgroup ogroupshaematologicalhaematologisthaematologyhematologyhistoricalhistorylabhttps://www.sciencephoto.com/media/870412/view/blood-group-test-results2018-06-19T09:35:46Z0.9K006/5192 Blood group test resultsK006/5192 Blood group test results. Close-up footage of blood samples that have been typed into blood groups by being mixed with antibody serum in a laboratory. The samples have been placed onto a spot plate (or reaction plate) and a pipette was used to add antibody serums. There are four human blood types (groups): A, B, AB and O. The antibody serums will react with the antigens in the blood, with the resulting appearance of the blood used to identify the blood group. Type A blood has type A antigens (surface proteins) on its blood cells and anti-B antibodies (proteins that bind to type B antigens) in its serum. Type B blood is the reverse. Mixing type A blood with anti-A serum (first column, first row) causes an agglutination reaction. Type B blood undergoes the same reaction with anti-B serum (second column, second row). AB blood has no antibodies, but has both A and B antigens on its cells, so it agglutinates with both serums (third column). Type O blood has both antibodies but no antigens, so it does not react to the serums (fourth column). For a sequence showing the blood group testing, see clips K006/5135, K006/5130, K006/5137, K006/5161, K006/5185, K006/5132, and K006/5192.https://www.sciencephoto.com/image/870412/350wm/K0065192-Blood_group_test_results-SPL.jpghttps://www.sciencephoto.com/image/870412/preview/K0065192-Blood_group_test_results-SPL.mp46.22017-07-21Yes1900s1980s1990s20th centuryagglutinatedagglutinatesagglutinationanalysisanalyticalanti-aanti-bantibodiesantibodyantigenantigensarraybloodblood groupclipclose-updetaildoctorfilmfootagegroup a group bgroup abgroup ogroupshaematologicalhaematologyhematologyhistoricalhttps://www.sciencephoto.com/media/870413/view/forest-of-dean-aerial-footage2018-06-19T09:35:46Z0.9K006/5208 Forest of Dean, aerial footageK006/5208 Forest of Dean. Aerial footage from a helicopter of the Forest of Dean, Gloucestershire, UK. The Forest of Dean consists of over 100 square kilometres of woodlands, and is one of the ancient woodlands of England.https://www.sciencephoto.com/image/870413/350wm/K0065208-Forest_of_Dean,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870413/preview/K0065208-Forest_of_Dean,_aerial_footage-SPL.mp427.062017-07-21Yesaerialaerial photographyancient woodlandbird's eye viewbritainbritishclipcountrysideenglandenglishenvironmenteuropeeuropeanevergreenfilmfootageforestforest of deanforestrygeographicalgeographygloucestershirehelicopter footagehorizonlandscapemotionnaturalnatureno-onenobodyphysical geographyruralhttps://www.sciencephoto.com/media/870414/view/malham-tarn-aerial-footage2018-06-19T09:35:46Z0.9K006/5211 Malham Tarn, aerial footageK006/5211 Malham Tarn. Aerial footage of Malham Tarn in the Yorkshire Dales, North Yorkshire, UK. Malham Tarn is a glacial lake, formed by a moraine dam during the last Ice Age.https://www.sciencephoto.com/image/870414/350wm/K0065211-Malham_Tarn,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870414/preview/K0065211-Malham_Tarn,_aerial_footage-SPL.mp439.12017-07-21Yesaerialaerial photographybird's eye viewbritainbritishclipcountrysideenglandenglishenvironmenteuropeeuropeanfilmfootagegeographicalgeographygeologicalgeologyglacialhorizonlakelandscapelimestone formationmalham tarnmarl lakemotionnaturalnatureno-onenobodynorth yorkshirephysical geographyhttps://www.sciencephoto.com/media/870415/view/forest-of-dean-aerial-footage2018-06-19T09:35:46Z0.9K006/5212 Forest of Dean, aerial footageK006/5212 Forest of Dean. Aerial footage from a helicopter of the Forest of Dean, Gloucestershire, UK. The Forest of Dean consists of over 100 square kilometres of woodlands, and is one of the ancient woodlands of England.https://www.sciencephoto.com/image/870415/350wm/K0065212-Forest_of_Dean,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870415/preview/K0065212-Forest_of_Dean,_aerial_footage-SPL.mp424.012017-07-21Yesaerialaerial photographyancient woodlandbird's eye viewbritainbritishclipcountrysideenglandenglishenvironmenteuropeeuropeanevergreenfilmfootageforestforest of deanforestrygeographicalgeographygloucestershirehelicopter footagehorizonlandscapemotionnaturalnatureno-onenobodyphysical geographyruralhttps://www.sciencephoto.com/media/870416/view/malham-cove-aerial-footage2018-06-19T09:35:46Z0.9K006/5213 Malham Cove, aerial footageK006/5213 Malham Cove. Aerial footage of Malham Cove in the Yorkshire Dales, North Yorkshire, UK. Malham Cove is a limestone formation, carved by a glacial meltwater waterfall at the end of the last Ice Age.https://www.sciencephoto.com/image/870416/350wm/K0065213-Malham_Cove,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870416/preview/K0065213-Malham_Cove,_aerial_footage-SPL.mp453.032017-07-21Yesaerialaerial photographybird's eye viewbritainbritishcliffclipcountrysideenglandenglishenvironmenterodederosioneuropeeuropeanfilmfootagegeographicalgeographygeologicalgeologyglacialhorizonlandscapelimestone formationmalham covemotionnaturalnatureno-onenobodynorth yorkshirehttps://www.sciencephoto.com/media/870417/view/pastries-baking-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6069 Pastries baking, time-lapse footageK006/6069 Pastries baking. Time-lapse footage of pastries being baked in an oven.https://www.sciencephoto.com/image/870417/350wm/K0066069-Pastries_baking,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870417/preview/K0066069-Pastries_baking,_time-lapse_footage-SPL.mp412.152017-07-21Yesbakedbakingclipcookingfilmfoodfood industryfoodsfoodstufffoodstuffsfootageheatheatinghigh temperaturekitchenmotionno-onenobodyovenpastriespastryriserisingswellswellingtemperaturestime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870418/view/fire-safety-testing-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6073 Fire safety testing, time-lapse footageK006/6073 Fire safety testing. Time-lapse footage of a fire-resistant item of clothing being tested in laboratory conditions.https://www.sciencephoto.com/image/870418/350wm/K0066073-Fire_safety_testing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870418/preview/K0066073-Fire_safety_testing,_time-lapse_footage-SPL.mp422.092017-07-21Yesburnburningclipclothesclothingcontrolled conditionsfilmfirefire fighterfire resistancefire resistantfire-resistancefire-resistantfirefighterfirefightingfireman's jacketflamesfootagejacketlablaboratorymotionno-onenobodysafetytesttestingtime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870419/view/pastries-baking-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6083 Pastries baking, time-lapse footageK006/6083 Pastries baking. Time-lapse footage of pastries being baked in an oven.https://www.sciencephoto.com/image/870419/350wm/K0066083-Pastries_baking,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870419/preview/K0066083-Pastries_baking,_time-lapse_footage-SPL.mp419.132017-07-21Yesbakedbakingclipcookingcrispcrispingcrispyfilmfoodfood industryfoodsfoodstufffoodstuffsfootageheatheatinghigh temperaturekitchenmotionno-onenobodyovenpastriespastryriserisingswellswellingtemperaturestime lapsetime-lapsetimelapsehttps://www.sciencephoto.com/media/870420/view/pastries-baking-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6085 Pastries baking, time-lapse footageK006/6085 Pastries baking. Time-lapse footage of pastries being baked in an oven.https://www.sciencephoto.com/image/870420/350wm/K0066085-Pastries_baking,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870420/preview/K0066085-Pastries_baking,_time-lapse_footage-SPL.mp425.112017-07-21Yesbakedbakingclipcookingcrispcrispingcrispyfilmfoodfood industryfoodsfoodstufffoodstuffsfootageheatheatinghigh temperaturekitchenmotionno-onenobodyovenpastriespastryriserisingswellswellingtemperaturestime lapsetime-lapsetimelapsehttps://www.sciencephoto.com/media/870421/view/buffet-table-at-an-art-gallery-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6086 Buffet table at an art gallery, time-lapse footageK006/6086 Buffet table at an art gallery. Time-lapse footage of the food on a buffet table being eaten by people attending an exhibition at an art gallery.https://www.sciencephoto.com/image/870421/350wm/K0066086-Buffet_table_at_an_art_gallery,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870421/preview/K0066086-Buffet_table_at_an_art_gallery,_time-lapse_footage-SPL.mp472.052017-07-21Yesadultadultsart gallerybuffetbusychildchildrenclipconsumingconsumptioncrowdseateatingemptyfemalefilmfinger foodfinishfoodfoodsfoodstufffoodstuffsfootagefullgallerymalemanmanymealmenmotionmultiplehttps://www.sciencephoto.com/media/870422/view/pastries-baking-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6094 Pastries baking, time-lapse footageK006/6094 Pastries baking. Time-lapse footage of pastries being baked in an oven.https://www.sciencephoto.com/image/870422/350wm/K0066094-Pastries_baking,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870422/preview/K0066094-Pastries_baking,_time-lapse_footage-SPL.mp418.012017-07-21Yesbakedbakingclipcookingcrispcrispingcrispyfilmfoodfood industryfoodsfoodstufffoodstuffsfootageheatheatinghigh temperaturekitchenmotionno-onenobodyovenpastriespastryriserisingswellswellingtemperaturestime lapsetime-lapsetimelapsehttps://www.sciencephoto.com/media/870423/view/pastries-baking-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6111 Pastries baking, time-lapse footageK006/6111 Pastries baking. Time-lapse footage of pastries being baked in an oven.https://www.sciencephoto.com/image/870423/350wm/K0066111-Pastries_baking,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870423/preview/K0066111-Pastries_baking,_time-lapse_footage-SPL.mp4162017-07-21Yesbakedbakingclipcookingfilmfoodfood industryfoodsfoodstufffoodstuffsfootageheatheatinghigh temperaturekitchenmotionno-onenobodyovenpastriespastryriserisingswellswellingtemperaturestime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870424/view/nightfall-and-moonset-in-a-desert-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8399 Nightfall and moonset in a desert, time-lapse footageK006/8399 Nightfall and moonset in a desert. Time-lapse footage of the sky above a rocky skyline in a desert, turning from full sunlight to total darkness. Twilight falls and the stars emerge, rotating across the sky and brightening as the Moon sets during the night. This footage, filmed in California, USA, includes Perseid meteors (streaks of light). For the same location just before dawn, see clip K006/8404.https://www.sciencephoto.com/image/870424/350wm/K0068399-Nightfall_and_moonset_in_a_desert,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870424/preview/K0068399-Nightfall_and_moonset_in_a_desert,_time-lapse_footage-SPL.mp432.22017-07-21Yes4kamericanastronomicalastronomyastrophotographycaliforniacalifornianclipdesertduskenvironmenteveningfilmfootagemeteorsmoonlightmoonlitmoonsetmotionmountainsnaturalnaturenightnightscapeno-onenobodynorth americanorth americanperseid meteor showerrocksrockyskyhttps://www.sciencephoto.com/media/870425/view/milky-way-mount-morrison-and-convict-lake2018-03-28T09:38:32Z0.9K006/8400 Milky Way, Mount Morrison and Convict LakeK006/8400 Milky Way, Mount Morrison and Convict Lake. Time-lapse footage of meteors and the Milky Way setting in the night sky over Mount Morrison, reflected in the waters of Convict Lake. This lake is at an elevation of 2393 metres, with Mount Morrison (3742 metres) forming part of the Sherwin Range of the Sierra Nevada mountain range, California, USA.https://www.sciencephoto.com/image/870425/350wm/K0068400-Milky_Way,_Mount_Morrison_and_Convict_Lake-SPL.jpghttps://www.sciencephoto.com/image/870425/preview/K0068400-Milky_Way,_Mount_Morrison_and_Convict_Lake-SPL.mp45.092017-07-21Yesamericanastronomicalastronomyastrophotographycaliforniacalifornianclipelevationenvironmentfilmfootagegalaxygeographicalgeologicalgeologyhigh altitudelakemeteormeteorsmilky waymotionmount morrisonmountainmountainsnaturalnaturenightnight-timenightscapeno-onenobodynorth americahttps://www.sciencephoto.com/media/870426/view/milky-way-and-moon-over-petroglyphs-time-lapse-footage2018-09-20T00:05:18Z0.9K006/8401 Milky Way and Moon over petroglyphs, time-lapse footageK006/8401 Milky Way and Moon over petroglyphs. Time-lapse footage of the Moon and the Milky Way in the night sky over ancient petroglyphs in a desert. Footage filmed in California, USA.https://www.sciencephoto.com/image/870426/350wm/K0068401-Milky_Way_and_Moon_over_petroglyphs,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870426/preview/K0068401-Milky_Way_and_Moon_over_petroglyphs,_time-lapse_footage-SPL.mp48.122017-07-21Yes4kamericananthropologicalanthropologyastronomicalastronomyastrophotographycaliforniacalifornianclipdesertfilmfootagegalaxyhistoricalhistorymilky waymoonmotionnative americannightnightscapeno-onenobodynorth americanorth americanpetroglyphpetroglyphsprehistoricprehistoric cultureprehistoryrockhttps://www.sciencephoto.com/media/870427/view/hovenweep-national-monument-time-lapse-footage2018-09-20T00:05:18Z0.9K006/8403 Hovenweep National Monument, time-lapse footageK006/8403 Hovenweep National Monument. Time-lapse footage of clouds passing over moonlit ancient ruins of the Ancestral Puebloans. This footage was filmed at Hovenweep National Monument, on the border between Colorado and Utah, USA.https://www.sciencephoto.com/image/870427/350wm/K0068403-Hovenweep_National_Monument,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870427/preview/K0068403-Hovenweep_National_Monument,_time-lapse_footage-SPL.mp4162017-07-21Yesamericananasaziancestral pueblo peopleancestral puebloansanthropologicalanthropologyarchaeologicalarchaeologyarcheologybuildingclipcloudcloudscloudycoloradodesertenvironmentfilmfootagehistoricalhistoryhovenweephovenweep national monumentmoonlightmoonlitmotionnaturalnaturenightnight-timeno-onenobodyhttps://www.sciencephoto.com/media/870428/view/milky-way-and-dawn-in-a-desert-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8404 Milky Way and dawn in a desert, time-lapse footageK006/8404 Milky Way and dawn in a desert. Time-lapse footage of the Milky Way in the night sky above a rocky skyline in a desert before dawn. The clip ends with sunlight drowning out the stars in the sky as the new day dawns. This footage, filmed in California, USA, includes Perseid meteors (streaks of light). For the same location at twilight and lit by moonlight, see clip K006/8399.https://www.sciencephoto.com/image/870428/350wm/K0068404-Milky_Way_and_dawn_in_a_desert,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870428/preview/K0068404-Milky_Way_and_dawn_in_a_desert,_time-lapse_footage-SPL.mp416.022017-07-21Yes4kamericanastronomicalastronomyastrophotographycaliforniacalifornianclipdawndesertenvironmentfilmfootagegalaxymeteorsmilky waymorningmotionmountainsnaturalnaturenightnight-timenightscapeno-onenobodynorth americanorth americanperseid meteor showerrising sunrocksrockyhttps://www.sciencephoto.com/media/870429/view/milky-way-and-meteors-before-dawn-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8406 Milky Way and meteors before dawn, time-lapse footageK006/8406 Milky Way and meteors before dawn. Time-lapse footage of the Milky Way in the night sky above a desert before dawn. The clip ends with sunlight drowning out the stars in the sky as the new day dawns. This footage, filmed in California, USA, includes Perseid meteors (streaks of light).https://www.sciencephoto.com/image/870429/350wm/K0068406-Milky_Way_and_meteors_before_dawn,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870429/preview/K0068406-Milky_Way_and_meteors_before_dawn,_time-lapse_footage-SPL.mp412.072017-07-21Yes4kamericanastronomicalastronomyastrophotographycaliforniacalifornianclipdawndesertenvironmentfilmfootagegalaxymeteorsmilky waymorningmotionnaturalnaturenightnight-timenightscapeno-onenobodynorth americanorth americanperseid meteor showerrising sunskystarssunlighthttps://www.sciencephoto.com/media/870430/view/milky-way-and-moon-over-petroglyphs-time-lapse-footage2018-09-20T00:05:18Z0.9K006/8407 Milky Way and Moon over petroglyphs, time-lapse footageK006/8407 Milky Way and Moon over petroglyphs. Time-lapse footage of the Moon and the Milky Way in the night sky over ancient petroglyphs in a desert. Footage filmed in California, USA.https://www.sciencephoto.com/image/870430/350wm/K0068407-Milky_Way_and_Moon_over_petroglyphs,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870430/preview/K0068407-Milky_Way_and_Moon_over_petroglyphs,_time-lapse_footage-SPL.mp48.012017-07-21Yesamericananthropologicalanthropologyastronomicalastronomyastrophotographycaliforniacalifornianclipdesertfilmfootagegalaxyhistoricalhistorymilky waymoonmotionnative americannightnightscapeno-onenobodynorth americanorth americanpetroglyphpetroglyphsprehistoricprehistoric cultureprehistoryrockrock carvingshttps://www.sciencephoto.com/media/870431/view/turret-arch-in-moonlight-arches-national-park2018-03-28T09:38:32Z0.9K006/8408 Turret Arch in moonlight, Arches National ParkK006/8408 Turret Arch in moonlight. Time-lapse footage of shadows moving across moonlit rock arches at night. This is the Turret Arch rock formation in Arches National Park, Utah, USA. This rock formation, which is similar to many found in the vicinity, was formed by weathering and erosion of sandstone over millions of years.https://www.sciencephoto.com/image/870431/350wm/K0068408-Turret_Arch_in_moonlight,_Arches_National_Park-SPL.jpghttps://www.sciencephoto.com/image/870431/preview/K0068408-Turret_Arch_in_moonlight,_Arches_National_Park-SPL.mp420.022017-07-21Yes4kamericanarchesarches national parkclipdesertenvironmenterodederosionfilmfootagegeologicalgeologymoonmoonlightmotionnational parknaturalnaturenightnight-timeno-onenobodynorth americanorth americanphysical geographyrock archrocksrockysandstoneshadowstime lapsehttps://www.sciencephoto.com/media/870432/view/desert-nightfall-time-lapse-footage2018-03-28T09:38:32Z0.9K006/8409 Desert nightfall, time-lapse footageK006/8409 Desert nightfall. Time-lapse footage of the stars emerging in the night sky as twilight deepens into darkness over a desert. Footage filmed in California, USA.https://www.sciencephoto.com/image/870432/350wm/K0068409-Desert_nightfall,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870432/preview/K0068409-Desert_nightfall,_time-lapse_footage-SPL.mp4122017-07-21Yesamericanastronomicalastronomyastrophotographycaliforniacalifornianclipdesertduskenvironmenteveningfilmfootagehorizonmotionmountainsnaturalnaturenightnight-timenightscapeno-onenobodynorth americanorth americanrockssilhouettesilhouettedskyskylinestarstime lapsehttps://www.sciencephoto.com/media/870433/view/scientists-in-discussion2018-11-06T15:30:44Z0.9K006/9688 Scientists in discussionK006/9688 Female scientist discussing data with pharmaceutical sales rephttps://www.sciencephoto.com/image/870433/350wm/K0069688-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870433/preview/K0069688-Scientists_in_discussion-SPL.mp415.152017-07-21Yes4kanalyzingbiologicalbiotechnologybusinessbusinessmancaucasianchemicalchemistrycoatconcentrationdatadigital tabletdiscussingexperimentfemaleglassesglovesgrouphealthcarelaboratorylookingmalemanmeasuringmedicalmedicinemicrobiologyoccupationpharmaceuticalprecisionprotectivehttps://www.sciencephoto.com/media/870434/view/scientists-in-discussion2018-11-06T15:37:42Z0.9K006/9689 Scientists in discussionK006/9689 Female scientist discussing data with pharmaceutical sales rephttps://www.sciencephoto.com/image/870434/350wm/K0069689-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870434/preview/K0069689-Scientists_in_discussion-SPL.mp411.032017-07-21Yes4kanalyzingbiologicalbiotechnologybusinessbusinessmancaucasianchemicalchemistrycoatconcentrationdatadigital tabletdiscussingexperimentfemaleglassesgloveshealthcarelaboratorylookingmalemanmeasuringmedicalmedicinemicrobiologyoccupationpharmaceuticalprecisionprotectiverepresentativehttps://www.sciencephoto.com/media/870435/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9690 Scientists in discussionK006/9690 Female student scientist working on an experimenthttps://www.sciencephoto.com/image/870435/350wm/K0069690-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870435/preview/K0069690-Scientists_in_discussion-SPL.mp417.242017-07-21Yes4kanalyzingbiologicalbiotechnologycaucasianchemicalchemistrycoateducationexperimentfemalegrouphealthcarelaboratorylookingmalemanmeasuringmedicalmedicinemicrobiologymicroscopeoccupationpharmaceuticalprecisionprotectiveresearchsciencescientificscientistshowingslow motionhttps://www.sciencephoto.com/media/870436/view/scientists-examining-flask2018-10-16T00:07:51Z0.9K006/9691 Scientists examining flaskK006/9691 Close-up of two female scientists discussing the results of an experiment.https://www.sciencephoto.com/image/870436/350wm/K0069691-Scientists_examining_flask-SPL.jpghttps://www.sciencephoto.com/image/870436/preview/K0069691-Scientists_examining_flask-SPL.mp46.162017-07-21Yes4kanalyzingasianbiologicalbiotechnologycaucasianchemicalchemistrycoatconcentrationconicaldiscussingeducationexperimentfemaleflaskglassesgloveshealthcarelaboratorylookingmeasuringmedicalmedicinemicrobiologymultiracialoccupationonlypharmaceuticalprecisionprotectiveresearchhttps://www.sciencephoto.com/media/870437/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9692 Scientists in discussionK006/9692 Female scientist analyzing liquid in conical flask with a male colleaguehttps://www.sciencephoto.com/image/870437/350wm/K0069692-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870437/preview/K0069692-Scientists_in_discussion-SPL.mp421.222017-07-21Yes4kanalyzingbiologicalbiotechnologybluecaucasianchemicalchemistrycoatcolourconicaldiscussingexperimentfemaleflaskglassesgloveshealthcareholdinglaboratoryliquidlookingmalemanmedicalmedicinemicrobiologyoccupationpharmaceuticalprotectiveresearchsafetyhttps://www.sciencephoto.com/media/870438/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9693 Scientists in discussionK006/9693 Female scientist analyzing liquid in conical flask with a male colleaguehttps://www.sciencephoto.com/image/870438/350wm/K0069693-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870438/preview/K0069693-Scientists_in_discussion-SPL.mp420.092017-07-21Yes4kanalyzingbiologicalbiotechnologybluebreakthroughcaucasianchemicalchemistrycoatcolourconicaldiscussingexperimentfemaleflaskglassesglovesgrouphealthcareholdinglaboratoryliquidlookingmalemanmedicalmedicinemicrobiologyoccupationpharmaceuticalprotectivehttps://www.sciencephoto.com/media/870439/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9694 Scientists in discussionK006/9694 Two female scientists discussing results of experimenthttps://www.sciencephoto.com/image/870439/350wm/K0069694-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870439/preview/K0069694-Scientists_in_discussion-SPL.mp4262017-07-21Yes4kasianbiologicalbiotechnologybluebreakthroughcaucasianchemicalchemistrycoatconcentrationconicaldiscussingeducationexperimentfemaleflaskglassesgloveshealthcarelaboratoryliquidlookingmedicalmedicinemicrobiologymultiracialoccupationonlypharmaceuticalprotectiveresearchhttps://www.sciencephoto.com/media/870440/view/doctor-walking-in-a-corridor2018-10-16T00:07:51Z0.9K006/9695 Doctor walking in a corridorK006/9695 Medical professional checking smartphone on way to meetinghttps://www.sciencephoto.com/image/870440/350wm/K0069695-Doctor_walking_in_a_corridor-SPL.jpghttps://www.sciencephoto.com/image/870440/preview/K0069695-Doctor_walking_in_a_corridor-SPL.mp410.062017-07-21Yes4kbusycaucasiancheckingcoatcorridordigital tabletdoctoremailemergencyhealthcarehospitallaboratorymalemanmedicalmeetingmessageoccupationpharmaceuticalprofessionalprotectiveresultssciencescientistslow motionsmartphonetechniciantechnologyuhdwalkingwalkwayhttps://www.sciencephoto.com/media/870441/view/scientists-in-discussion2018-11-06T15:35:52Z0.9K006/9696 Scientists in discussionK006/9696 Two female scientists discussing results of experiment in busy laboratoryhttps://www.sciencephoto.com/image/870441/350wm/K0069696-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870441/preview/K0069696-Scientists_in_discussion-SPL.mp421.12017-07-21Yes4kanalyzingasianbiologicalbiotechnologybusycaucasianchemicalchemistrycoatconicaldiscussingdooreducationexperimentfemaleflaskglassesgloveshealthcarelaboratorylookingmalemanmedicalmedicinemicrobiologymultiracialoccupationpharmaceuticalprotectiveresearchhttps://www.sciencephoto.com/media/870442/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9697 Scientists in discussionK006/9697 Female scientist discussing results of experiment with male colleaguehttps://www.sciencephoto.com/image/870442/350wm/K0069697-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870442/preview/K0069697-Scientists_in_discussion-SPL.mp418.212017-07-21Yes4kanalyzingbiologicalbiotechnologycaucasianchemicalchemistrycoatconcentrationdatadigital tabletdiscussingexperimentfemaleglassesgloveshealthcarelaboratorylookingmalemanmeasuringmedicalmedicinemicrobiologyoccupationpharmaceuticalprecisionprotectiveresearchresultssafetyhttps://www.sciencephoto.com/media/870443/view/scientist-examining-flask2018-10-16T00:07:51Z0.9K006/9698 Scientist examining flaskK006/9698 Female scientist working in a science laboratoryhttps://www.sciencephoto.com/image/870443/350wm/K0069698-Scientist_examining_flask-SPL.jpghttps://www.sciencephoto.com/image/870443/preview/K0069698-Scientist_examining_flask-SPL.mp414.082017-07-21Yes4kanalyzingbiologicalbiotechnologybluecaucasianchemicalchemistrycoatconcentrationconicalexperimentfemaleflaskglassesgloveshealthcareholdinglaboratorymeasuringmedicalmedicinemicrobiologymixingoccupationpharmaceuticalprecisionprotectivereactionresearchsafetysciencehttps://www.sciencephoto.com/media/870444/view/doctor-in-a-corridor2018-10-16T00:07:51Z0.9K006/9699 Doctor in a corridorK006/9699 Male medical professional using smartphone in corridorhttps://www.sciencephoto.com/image/870444/350wm/K0069699-Doctor_in_a_corridor-SPL.jpghttps://www.sciencephoto.com/image/870444/preview/K0069699-Doctor_in_a_corridor-SPL.mp410.162017-07-21Yes4kappbiologicalbiotechnologybreakbusinesscaucasianchemicalchemistrycoatconnectingcorridordatadoctoremailinghealthcarehospitallaboratorylookingmalemanmedicalmedicinemicrobiologyoccupationpharmaceuticalprofessionalprotectiveresearchsciencescientificscientisthttps://www.sciencephoto.com/media/870445/view/doctor-in-a-corridor2018-10-16T00:07:51Z0.9K006/9700 Doctor in a corridorK006/9700 Male medical professional using smartphone in corridorhttps://www.sciencephoto.com/image/870445/350wm/K0069700-Doctor_in_a_corridor-SPL.jpghttps://www.sciencephoto.com/image/870445/preview/K0069700-Doctor_in_a_corridor-SPL.mp410.222017-07-21Yes4kappbiologicalbiotechnologybreakbusinesscaucasianchemicalchemistrycoatconnectingcorridordatadigital tabletdoctoremailinghealthcarehospitallaboratorylookingmalemanmedicalmedicinemicrobiologyoccupationpharmaceuticalprofessionalprotectiveresearchsciencescientifichttps://www.sciencephoto.com/media/870446/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9701 Scientists in discussionK006/9701 Two female scientists discussing results of experimenthttps://www.sciencephoto.com/image/870446/350wm/K0069701-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870446/preview/K0069701-Scientists_in_discussion-SPL.mp412.142017-07-21Yes4kanalyzingasianbiologicalbiotechnologybluecaucasianchemicalchemistrycoatconcentrationconicaldiscussingexperimentfemaleflaskglassesgloveshealthcarelaboratoryliquidlookingmedicalmedicinemicrobiologymultiracialoccupationpharmaceuticalprotectiveresearchsafetysciencehttps://www.sciencephoto.com/media/870447/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9702 Scientists in discussionK006/9702 Female scientist analyzing liquid in conical flask with a male colleaguehttps://www.sciencephoto.com/image/870447/350wm/K0069702-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870447/preview/K0069702-Scientists_in_discussion-SPL.mp414.212017-07-21Yes4kanalyzingbiologicalbiotechnologybluecaucasianchemicalchemistrycoatcolourconicaldiscussingexperimentfemaleflaskglassesgloveshealthcareholdinglaboratoryliquidlookingmalemanmedicalmedicinemicrobiologyoccupationpharmaceuticalprotectiveresearchsafetyhttps://www.sciencephoto.com/media/870448/view/doctor-walking-in-a-corridor2018-11-06T15:34:00Z0.9K006/9703 Doctor walking in a corridorK006/9703 Medical professional checking smartphone on way to meetinghttps://www.sciencephoto.com/image/870448/350wm/K0069703-Doctor_walking_in_a_corridor-SPL.jpghttps://www.sciencephoto.com/image/870448/preview/K0069703-Doctor_walking_in_a_corridor-SPL.mp411.132017-07-21Yes4kbusycaucasiancheckingcoatcorridordigital tabletdoctoremergencyhealthcarehospitallaboratorymalemanmedicalmeetingmessageoccupationpharmaceuticalprofessionalprotectiverushingsciencescientistslow motionsmartphonetechniciantechnologyuhdwalkingwalkwaywindowhttps://www.sciencephoto.com/media/870449/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9704 Scientists in discussionK006/9704 Female scientist analyzing liquid in conical flask with a male colleaguehttps://www.sciencephoto.com/image/870449/350wm/K0069704-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870449/preview/K0069704-Scientists_in_discussion-SPL.mp410.142017-07-21Yes4kanalyzingbiologicalbiotechnologybluecaucasianchemicalchemistrycoatcolourconicaldiscussingexperimentfemaleflaskglassesgloveshealthcareholdinglaboratoryliquidlookingmalemanmedicalmedicinemicrobiologyoccupationpharmaceuticalprotectiveresearchsafetyhttps://www.sciencephoto.com/media/870450/view/scientists-in-discussion2018-11-06T15:36:55Z0.9K006/9705 Scientists in discussionK006/9705 Female scientist shaking hands with pharmaceutical sales rephttps://www.sciencephoto.com/image/870450/350wm/K0069705-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870450/preview/K0069705-Scientists_in_discussion-SPL.mp429.082017-07-21Yes4kbiologicalbiotechnologybusinessbusinessmancaucasianchemicalchemistrycoatcorporatedevelopingdrugfemalehandshakehealthcarelaboratorymalemanmedicalmedicinemeetingmicrobiologynewoccupationpharmaceuticalprotectiverepresentativeresearchsalessciencescientificscientisthttps://www.sciencephoto.com/media/870451/view/scientists-in-discussion2018-11-06T15:35:27Z0.9K006/9706 Scientists in discussionK006/9706 Female scientist discussing experiment with a male colleaguehttps://www.sciencephoto.com/image/870451/350wm/K0069706-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870451/preview/K0069706-Scientists_in_discussion-SPL.mp425.132017-07-21Yes4kanalyzingbiologicalbiotechnologycaucasianchemicalchemistrycoatconcentrationdiscussingexperimentfemaleglassesglovesgrouphealthcarelaboratorymalemanmedicalmedicinemicrobiologymicroscopeoccupationpharmaceuticalprotectiveresearchsafetysciencescientificscientistslow motionhttps://www.sciencephoto.com/media/870452/view/scientists-in-discussion2018-10-16T00:07:51Z0.9K006/9707 Scientists in discussionK006/9707 Two female scientists discussing results of experiment in busy laboratoryhttps://www.sciencephoto.com/image/870452/350wm/K0069707-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870452/preview/K0069707-Scientists_in_discussion-SPL.mp418.082017-07-21Yes4kanalyzingbiologicalbiotechnologybusycaucasianchemicalchemistrycoatconicaldatadigital tabletdiscussingdooreducationexperimentfemaleflaskglassesgloveshealthcarelaboratorylookingmalemanmedicalmedicinemicrobiologyoccupationpharmaceuticalprecisionprotectivehttps://www.sciencephoto.com/media/870453/view/doctor-with-patient2018-10-16T00:07:51Z0.9K006/9708 Doctor with patientK006/9708 Woman in wheelchair discussing treatment with medical professionalhttps://www.sciencephoto.com/image/870453/350wm/K0069708-Doctor_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870453/preview/K0069708-Doctor_with_patient-SPL.mp412.162017-07-21Yes4kadvicealonecaucasiancorridordisabilitydisableddiscussingdoctorfemaleglasshospitalmalemanmedicalmeetingmodernparalyzedphysiotherapyprofessionalrecoveringslow motionsupporttreatmentuhdupsetwalkwaywheelchairwomanworriedyounghttps://www.sciencephoto.com/media/870454/view/scientists-in-discussion2018-11-06T15:36:22Z0.9K006/9709 Scientists in discussionK006/9709 Team of scientists discussing liquid experimenthttps://www.sciencephoto.com/image/870454/350wm/K0069709-Scientists_in_discussion-SPL.jpghttps://www.sciencephoto.com/image/870454/preview/K0069709-Scientists_in_discussion-SPL.mp415.052017-07-21Yes4kanalyzingasianbiologicalbiotechnologycaucasianchemicalchemistrycoatcolourconcentrationconical flaskdiscussingexperimentfemalegrouphealthcarelaboratoryliquidmalemanmedicalmedicinemicrobiologymixingmultiracialoccupationorangepharmaceuticalprofessionalsprotectivereactionhttps://www.sciencephoto.com/media/870455/view/scientist-examining-test-tubes2018-10-16T00:07:51Z0.9K006/9710 Scientist examining test tubesK006/9710 Male scientist looking at microplate in a laboratoryhttps://www.sciencephoto.com/image/870455/350wm/K0069710-Scientist_examining_test_tubes-SPL.jpghttps://www.sciencephoto.com/image/870455/preview/K0069710-Scientist_examining_test_tubes-SPL.mp410.032017-07-21Yes4kanalyzingbiologicalbiotechnologycaucasianchemicalchemistrycoatconcentration experimentgloveshealthcareholdinglaboratorylookingmalemanmeasuringmedicalmedicinemicrobiologymicroplateoccupationpharmaceuticalprecisionprotectiveredresearchsciencescientificscientistslow motiontechnicianhttps://www.sciencephoto.com/media/870456/view/doctor-with-patient2018-10-16T00:07:51Z0.9K006/9711 Doctor with patientK006/9711 Woman in wheelchair talking with medical professionalhttps://www.sciencephoto.com/image/870456/350wm/K0069711-Doctor_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870456/preview/K0069711-Doctor_with_patient-SPL.mp421.132017-07-21Yes4kablealonearrivingcaucasiancorridordisabilitydisableddiscussingdoctorfemaleglasshappyhospitalindependentleavingmalemanmedicalmeetingmodernparalyzedphysiotherapyprofessionalrecoveringslow motionsmilingtalkingtreatmentuhdwalkwaywheelchairhttps://www.sciencephoto.com/media/870457/view/doctors-walking-in-a-corridor2018-10-16T00:07:51Z0.9K006/9712 Doctors walking in a corridorK006/9712 Two medical professionals shaking 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tabletdiscussingdoctorsfemalehealthhealthcarehospitallearningmalemanmedicalmedicinemeetingmidmixed racemultiracialoccupationofficepatienthttps://www.sciencephoto.com/media/870497/view/doctor-consulting-with-patient2018-10-16T00:07:51Z0.9K006/9823 Doctor consulting with patientK006/9823 Female medical doctor explaining scan results to patienthttps://www.sciencephoto.com/image/870497/350wm/K0069823-Doctor_consulting_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870497/preview/K0069823-Doctor_consulting_with_patient-SPL.mp411.012017-07-21Yes30s40s4kadultbettercaucasiancenterclinicclinicianconsultantdoctorexplainingfemalegeneralgphappyhealthhealthcarehospitallisteningmedicalmedicinemidoccupationofficeonlyoverweightpatientpracticepractitionerresultsslow motionhttps://www.sciencephoto.com/media/870498/view/doctors-discussing-patient-treatment2018-10-16T00:07:51Z0.9K006/9824 Doctors discussing patient treatmentK006/9824 Medical doctors discussing patient treatment togetherhttps://www.sciencephoto.com/image/870498/350wm/K0069824-Doctors_discussing_patient_treatment-SPL.jpghttps://www.sciencephoto.com/image/870498/preview/K0069824-Doctors_discussing_patient_treatment-SPL.mp410.142017-07-21Yes30s40s4kadultafrican americanblackcarecaucasiancenterclinicclinicianconsultantcooperationdigital tabletdiscussingdoctorsfemalehealthhealthcarehospitallearningmedicalmedicinemeetingmidmixed racemultiracialoccupationofficeonlypatientpracticehttps://www.sciencephoto.com/media/870499/view/doctor2018-10-16T00:07:51Z0.9K006/9825 DoctorK006/9825 Portrait of a male doctor in hospital entrancehttps://www.sciencephoto.com/image/870499/350wm/K0069825-Doctor-SPL.jpghttps://www.sciencephoto.com/image/870499/preview/K0069825-Doctor-SPL.mp411.22017-07-21Yes40s4kadultbrightcameracareercaucasianclinicclinicianconsultantdoctorentrancefoyergeneralgettinggpheadhealthhealthcarehospitallightlookingmalemanmedicalmodernoccupationportraitpractitionerreadyreceptionrollinghttps://www.sciencephoto.com/media/870500/view/doctor-consulting-with-patient2018-10-16T00:07:51Z0.9K006/9826 Doctor consulting with patientK006/9826 Female medical doctor taking a patient's blood pressurehttps://www.sciencephoto.com/image/870500/350wm/K0069826-Doctor_consulting_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870500/preview/K0069826-Doctor_consulting_with_patient-SPL.mp411.072017-07-21Yes30s40s4kadultbloodcaringcaucasiancenterclinicclinicianconsultantdoctorexaminationfemalegeneralgphealthhealthcarehospitalmeasuringmedicalmedicinemidobeseoccupationofficeonlyoverweightpatientpracticepractitionerpressurehttps://www.sciencephoto.com/media/870501/view/doctor-consulting-with-patient2018-10-16T00:07:51Z0.9K006/9827 Doctor consulting with patientK006/9827 Family doctor showing a mother and daughter a baby ultrasoundhttps://www.sciencephoto.com/image/870501/350wm/K0069827-Doctor_consulting_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870501/preview/K0069827-Doctor_consulting_with_patient-SPL.mp413.022017-07-21Yes30s40s4kadultbabycaringcaucasiancenterchildclinicconsultantdaughterdigital tabletdoctorexplainingfamilyfemalefetusgeneralgirlgphappyhealthhealthcarehospitalmalemanmedicalmedicinemidmothernewhttps://www.sciencephoto.com/media/870502/view/doctor-consulting-with-patient2018-11-06T15:34:00Z0.9K006/9828 Doctor consulting with patientK006/9828 Female medical doctor explaining scan results to patienthttps://www.sciencephoto.com/image/870502/350wm/K0069828-Doctor_consulting_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870502/preview/K0069828-Doctor_consulting_with_patient-SPL.mp411.082017-07-21Yes30s40s4kadultcaucasiancenterclinicclinicianconsultantdigital tabletdoctorexaminationexplainingfemalegeneralgphealthhealthcarehospitallisteningmedicalmedicinemidmrineurologistoccupationofficeonlyoverweightpatientpracticepractitionerhttps://www.sciencephoto.com/media/870503/view/doctor-consulting-with-patient2018-04-20T01:02:06Z0.9K006/9829 Doctor consulting with patientK006/9829 Female medical doctor listening to a elderly patient symptomshttps://www.sciencephoto.com/image/870503/350wm/K0069829-Doctor_consulting_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870503/preview/K0069829-Doctor_consulting_with_patient-SPL.mp4102017-07-21Yes30s40s4k60s70sadultarmarthritiscaucasiancenterclinicclinicianconsultantdoctorelderlyexaminationexplainingfemalegeneralgphealthhealthcarehospitallisteningmalemanmedicalmedicinemidneurologistoccupationofficehttps://www.sciencephoto.com/media/870504/view/doctor-consulting-with-patient2018-11-06T15:36:57Z0.9K006/9830 Doctor consulting with patientK006/9830 Female medical doctor writing a prescription for a childhttps://www.sciencephoto.com/image/870504/350wm/K0069830-Doctor_consulting_with_patient-SPL.jpghttps://www.sciencephoto.com/image/870504/preview/K0069830-Doctor_consulting_with_patient-SPL.mp411.032017-07-21Yes30s40s4kadultcaringcaucasiancenterchildclinicconsultantdaughterdoctorfamilyfemalegeneralgirlgphappyhealthhealthcarehospitalmedicalmedicinemidmothernotesoccupationofficeonlypaediatricianpediatricianpracticehttps://www.sciencephoto.com/media/870505/view/doctor2018-04-20T01:02:06Z0.9K006/9831 DoctorK006/9831 Portrait of a confident female doctor in hospitalhttps://www.sciencephoto.com/image/870505/350wm/K0069831-Doctor-SPL.jpghttps://www.sciencephoto.com/image/870505/preview/K0069831-Doctor-SPL.mp411.122017-07-21Yes30s4kadultcameracareercaucasiancliniccliniciancoatconfidentconsultantdoctorentrancefemalefoyergeneralgpheadhealthhealthcarehospitallookingmedicaloccupationportraitpractitionerreceptionseriousslow motionstethoscopesuccessfulsurgeonhttps://www.sciencephoto.com/media/870506/view/male-black-faced-impala-flehmen-response2018-03-28T09:38:32Z0.9K006/9832 Male black-faced impala flehmen responseK006/9832 Immature male black-faced impala (Aepyceros melampus petersi) performing a Flehmen response after sniffing or smelling the urine or faeces of another member of the herd. The black-faced species of impala is endemic to north-western Namibia and south-western Angola. Filmed in Etosha National Park, Namibia.https://www.sciencephoto.com/image/870506/350wm/K0069832-Male_black-faced_impala_flehmen_response-SPL.jpghttps://www.sciencephoto.com/image/870506/preview/K0069832-Male_black-faced_impala_flehmen_response-SPL.mp413.012017-07-21Yesaepyceros melampus petersiafricaafricananimalantelopebehaviourbiologicalbiologyblack-faced impalaendangeredendemicetosha national parkfaunaflehmenflehmen responsegrimaceherbivoreherbivoroushornedhornsjacobson's organmalemammalnamibianamibiannatureonepheromonessinglesub-adultvomeronasal organvulnerablehttps://www.sciencephoto.com/media/870507/view/smith-s-bush-squirrel-feeding2018-03-28T09:38:32Z0.9K006/9833 Smith's bush squirrel feedingK006/9833 Smith's bush squirrel (Paraxerus cepapi). This small rodent has an omnivorous diet, eating seeds, fruits, nuts, insects and birds' eggs. It lives in savannah and forest habitats in Africa, from Angola to Zambia and from Tanzania to Botswana. Filmed in Halali rest-camp, in Etosha National Park, Namibia.https://www.sciencephoto.com/image/870507/350wm/K0069833-Smith_s_bush_squirrel_feeding-SPL.jpghttps://www.sciencephoto.com/image/870507/preview/K0069833-Smith_s_bush_squirrel_feeding-SPL.mp412.22017-07-21Yesactiveactivityafricaafricanafrican bush squirrelanimalbehaviourbiologicalbiologyeatingetosha national parkfaunafeedinghalali rest-campmammalmopane squirrelmopane treenamibianamibiannatureomnivoreomnivorousoneparaxerus cepapirodentsciuridsciuridaesinglesmith's bush squirrelsmiths bush squirrelsquirreltreehttps://www.sciencephoto.com/media/870508/view/smith-s-bush-squirrel-feeding2018-03-28T09:38:32Z0.9K006/9834 Smith's bush squirrel feedingK006/9834 Smith's bush squirrel (Paraxerus cepapi). This small rodent has an omnivorous diet, eating seeds, fruits, nuts, insects and birds' eggs. It lives in savannah and forest habitats in Africa, from Angola to Zambia and from Tanzania to Botswana. Filmed in Halali rest-camp, in Etosha National Park, Namibia.https://www.sciencephoto.com/image/870508/350wm/K0069834-Smith_s_bush_squirrel_feeding-SPL.jpghttps://www.sciencephoto.com/image/870508/preview/K0069834-Smith_s_bush_squirrel_feeding-SPL.mp415.052017-07-21Yesactiveactivityafricaafricanafrican bush squirrelanimalbehaviourbiologicalbiologyeatingetosha national parkfaunafeedinghalali rest-campmammalmopane squirrelmopane treenamibianamibiannatureomnivoreomnivorousoneparaxerus cepapirodentsciuridsciuridaesinglesmith's bush squirrelsmiths bush squirrelsquirreltreehttps://www.sciencephoto.com/media/870509/view/male-black-faced-impala-flehmen-response2018-03-28T09:38:32Z0.9K006/9835 Male black-faced impala flehmen responseK006/9835 Immature male black-faced impala (Aepyceros melampus petersi) performing a flehmen response after sniffing or smelling the urine or faeces of another member of the herd. The black-faced species of impala is endemic to north-western Namibia and south-western Angola. Filmed in Etosha National Park, Namibia.https://www.sciencephoto.com/image/870509/350wm/K0069835-Male_black-faced_impala_flehmen_response-SPL.jpghttps://www.sciencephoto.com/image/870509/preview/K0069835-Male_black-faced_impala_flehmen_response-SPL.mp45.032017-07-21Yesaepyceros melampus petersiafricaafricananimalantelopebehaviourbiologicalbiologyblack-faced impalaendangeredendemicetosha national parkfaunaflehmenflehmen responsegrimaceherbivoreherbivoroushornedhornsjacobson's organmalemammalnamibianamibiannatureonepheromonessinglesub-adultvomeronasal organvulnerablehttps://www.sciencephoto.com/media/870510/view/paint-bouncing-on-a-drum2018-11-06T15:33:12Z0.9K006/9836 Paint bouncing on a drumK006/9836 High-speed footage of paint changing colour as it jumps on a drum skin. The sound of a drum is generated by the vibrations of its tightly-stretched skin. These vibrations are hard to discern with the naked eye, but the addition of liquid paint to the skin surface reveals the movement. The colours have been added in post-production.https://www.sciencephoto.com/image/870510/350wm/K0069836-Paint_bouncing_on_a_drum-SPL.jpghttps://www.sciencephoto.com/image/870510/preview/K0069836-Paint_bouncing_on_a_drum-SPL.mp428.172017-07-21Yesabstractbluebouncebouncingchangingcolour changecolouredcolourscompressiondancedancingdemonstratingdemonstrationdrumdrumseducationeducationaleffectflashingfootagehigh speedhigh-speedinstrumentjumpjumpingmulticoloredmulticolouredmusicpaintphysicalphysicsskinhttps://www.sciencephoto.com/media/870511/view/paint-bouncing-on-a-drum2018-03-28T09:38:32Z0.9K006/9837 Paint bouncing on a drumK006/9837 High-speed footage of coloured paint jumping on a drum skin. The sound of a drum is generated by the vibrations of its tightly-stretched skin. These vibrations are hard to discern with the naked eye, but the addition of liquid paint to the skin surface reveals the movement.https://www.sciencephoto.com/image/870511/350wm/K0069837-Paint_bouncing_on_a_drum-SPL.jpghttps://www.sciencephoto.com/image/870511/preview/K0069837-Paint_bouncing_on_a_drum-SPL.mp428.172017-07-21Yesabstractbluebouncebouncingcolouredcolourscompressiondancedancingdemonstratingdemonstrationdrumdrumseducationeducationaleffectfootagehigh speedhigh-speedinstrumentjumpjumpingmusicpaintphysicalphysicsredskinskinsslow motionsoundsound wavehttps://www.sciencephoto.com/media/870512/view/surface-of-io-animation2018-03-28T09:38:32Z0.9K006/9926 Surface of Io, animationK006/9926 Surface of Io, animation. Io is the closest major moon of Jupiter to the planet, orbiting just 350,000 kilometres from its cloud tops. The enormous gravitational field of nearby gas giant planet stretches and squeezes the moon as it orbits, heating it so much that it melts some of its internal rock. This has made Io the most geologically active body in the Solar System, with hundreds of active volcanoes known. These constantly spew lava onto the surface, and eject material hundreds of kilometres above the surface in tall jets.https://www.sciencephoto.com/image/870512/350wm/K0069926-Surface_of_Io,_animation-SPL.jpghttps://www.sciencephoto.com/image/870512/preview/K0069926-Surface_of_Io,_animation-SPL.mp424.072017-07-21Yesactivealienanimatedanimationdarkeruptingeruptionfrom iogalileangas giantgeologicallygeologygravitational fieldgravityheathorizonhotinteractioniojetjovianjupiterlandscapelavalokimoltenmoonmoonsplanetplumerocksceneryhttps://www.sciencephoto.com/media/870513/view/palau-islands-drone-footage2018-03-28T09:38:32Z0.9K006/9927 Palau islands, drone footageK006/9927 Aerial drone footage of a flight around a small coral island in Palau. The island is made of limestone that originated from the skeletons made by stony corals. Accretion of sediment within the coral framework helps solidify the island, and provides anchorage for plants, which further stabilise it. In the wider view towards the end of the clip, the entire coral reef can be seen, bearing several small islands.https://www.sciencephoto.com/image/870513/350wm/K0069927-Palau_islands,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/870513/preview/K0069927-Palau_islands,_drone_footage-SPL.mp435.032017-07-21Yes4kaerialbeachbeautifulbeautyblueclipcoralcoral islandcoralsdronedrop offfilmflightflybyflyingfootageforestedfrom abovegeologicalgeologyhabitatislandislandslimestonemarinemicronesiamotionnaturalnaturepacific oceanpalauhttps://www.sciencephoto.com/media/870514/view/voyager-2-passing-neptune2018-03-28T09:38:32Z0.9K006/9939 Voyager 2 passing NeptuneK006/9939 Animation of the Voyager 2 spacecraft passing Neptune. Voyager 2 was launched in August 1977, taking advantage of a rare planetary alignment to visit the four outer planets in the Solar System. It arrived at Neptune in August 1989, finding huge storm systems, including the Great Dark Spot seen here, and the fastest winds in the Solar System in its upper atmosphere. It used the gravity of Neptune to change its course to pass the largest moon, Triton, where it discovered cryovolcanism, including geysers of liquid nitrogen. After this encounter with Triton, Voyager 2 continued on that path, and is due to leave the Solar System entirely around 2019.https://www.sciencephoto.com/image/870514/350wm/K0069939-Voyager_2_passing_Neptune-SPL.jpghttps://www.sciencephoto.com/image/870514/preview/K0069939-Voyager_2_passing_Neptune-SPL.mp430.012017-07-21Yes1900s198920th centuryanimatedanimationantennaastronomicalastronomycolddishdistantencounterexplorationexploringflybyfurthestgas gianthistoricalhistoryice giantmissionmoonneptuneneptunianouterpassingplanetplanetary scienceproberesearchsciencesolar systemhttps://www.sciencephoto.com/media/870515/view/nikko-bay-palau-aerial-footage2018-03-28T09:38:32Z0.9K006/9940 Nikko Bay, Palau, aerial footageK006/9940 Aerial drone footage of Nikko Bay, Palau. This shallow bay is dotted with limestone islands. Some islands contain meromictic lakes, whose waters support huge populations of stingless jellyfish. The water of the bay itself, due to limited flushing, has in places become more acidic and warmer than normal ocean water. Despite this, the coral reef community is diverse and thriving, and it represents a model for future ocean acidification studies.https://www.sciencephoto.com/image/870515/350wm/K0069940-Nikko_Bay,_Palau,_aerial_footage-SPL.jpghttps://www.sciencephoto.com/image/870515/preview/K0069940-Nikko_Bay,_Palau,_aerial_footage-SPL.mp442.072017-07-21Yes4kaerialarchipelagobaybeautifulbeautybelauclimate changeclipcoastaldestinationdronefilmflybyflyingfootageforestedfrom aboveglobal warmingislandislandsjellyfish lakelakeslimestonemarinemicronesiamotionnaturalnaturenikko bayocean acificationpacific oceanhttps://www.sciencephoto.com/media/870516/view/jupiter-s-great-red-spot-juno-image2018-03-28T09:38:32Z0.9K006/9941 Jupiter's Great Red Spot, Juno imageK006/9941 Animated Juno spacecraft image of atmospheric flow in Jupiter's Great Red Spot (GRS). The GRS is a large storm system that has existed for at least a few hundred years. It consists of cold clouds that rotate anticlockwise several kilometres above the surrounding cloud deck. Jupiter is the largest planet in the solar system. It has a diameter of around 140,000 kilometres, more than ten times that of Earth. It is a gas giant and is mostly hydrogen and helium. Juno arrived at Jupiter in July 2016. Its mission is to orbit Jupiter over the following year, gathering information about the planet's atmosphere, magnetic field and gravitational field. Image taken by JunoCam at a distance of 9,800 kilometres from Jupiter on 10th July 2017.https://www.sciencephoto.com/image/870516/350wm/K0069941-Jupiter_s_Great_Red_Spot,_Juno_image-SPL.jpghttps://www.sciencephoto.com/image/870516/preview/K0069941-Jupiter_s_Great_Red_Spot,_Juno_image-SPL.mp4152017-07-21Yes10 july 20172000s2010s21st century4kamericanastronomicalastronomyatmospherecitizen sciencecloudsenhancedfrom spacegas giantgreat red spotgrsjovianjunojunocamjupiterlargestnasano-onenobodyplanetplanetary scienceprocessedsolar systemspacespace probestorm systemuhdhttps://www.sciencephoto.com/media/870517/view/gas-eddies-on-jupiter-juno-image2018-03-28T09:38:32Z0.9K006/9942 Gas eddies on Jupiter, Juno imageK006/9942 Animated Juno spacecraft image of Jupiter, enhanced to show gas eddies in the planet's atmosphere. The planet's south pole is at bottom left. Jupiter is the largest planet in the solar system. It has a diameter of around 140,000 kilometres, more than ten times that of Earth. It is a gas giant and is mostly hydrogen and helium. Juno arrived at Jupiter in July 2016. Its mission is to orbit Jupiter over the following year, gathering information about the planet's atmosphere, magnetic field and gravitational field. Image taken by JunoCam at a distance of 46,800 kilometres from Jupiter on 19th May 2017.https://www.sciencephoto.com/image/870517/350wm/K0069942-Gas_eddies_on_Jupiter,_Juno_image-SPL.jpghttps://www.sciencephoto.com/image/870517/preview/K0069942-Gas_eddies_on_Jupiter,_Juno_image-SPL.mp4152017-07-21Yes19 may 20172000s2010s21st centuryamericanastronomicalastronomyatmosphereatmosphericblack backgroundcitizen sciencecloudsenhancedfrom spacegas eddiesgas giantjovianjunojunocamjupiterlargestnasano-onenobodyplanetplanetary scienceprocessedsolar systemsouth polespacespace probeturbulencehttps://www.sciencephoto.com/media/870518/view/jupiter-s-great-red-spot-juno-image2018-03-28T09:38:32Z0.9K006/9944 Jupiter's Great Red Spot, Juno imageK006/9944 Animated Juno spacecraft image of Jupiter's Great Red Spot (GRS). The GRS is a large storm system that has existed for at least a few hundred years. It consists of cold clouds that rotate anticlockwise several kilometres above the surrounding cloud deck. Jupiter is the largest planet in the solar system. It has a diameter of around 140,000 kilometres, more than ten times that of Earth. It is a gas giant and is mostly hydrogen and helium. Juno arrived at Jupiter in July 2016. Its mission is to orbit Jupiter over the following year, gathering information about the planet's atmosphere, magnetic field and gravitational field. Image taken by JunoCam in July 2017.craft image of Jupiter's Great Red Spot (GRS). The GRS is a large storm system that has existed for at least a few hundred years. It consists of cold clouds that rotate anticlockwise several kilometres above the surrounding cloud deck. Jupiter is the largest planet in the solar system. It has a diameter of around 140,000 kilometres, more than ten times that of Earth. It is a gas giant and is mostly hydrogen and helium. Juno arrived at Jupiter in July 2016. Its mission is to orbit Jupiter over the following year, gathering information about the planet's atmosphere, magnetic field and gravitational field. Image taken by JunoCam in July 2017.https://www.sciencephoto.com/image/870518/350wm/K0069944-Jupiter_s_Great_Red_Spot,_Juno_image-SPL.jpghttps://www.sciencephoto.com/image/870518/preview/K0069944-Jupiter_s_Great_Red_Spot,_Juno_image-SPL.mp4152017-07-21Yes2000s2010s21st centuryamericanastronomicalastronomyatmosphereblack backgroundcitizen sciencecloudsenhancedfrom spacegas giantgreat red spotgrsjovianjuly 2017junojunocamjupiterlargestnasano-onenobodyplanetplanetary scienceprocessedsolar systemspacespace probestorm systemushttps://www.sciencephoto.com/media/870519/view/juno-spacecraft-at-jupiter2018-03-28T09:38:32Z0.9K006/9945 Juno spacecraft at JupiterK006/9945 Animated image of the Juno spacecraft orbiting Jupiter. Jupiter is the largest planet in the solar system. It has a diameter of around 140,000 kilometres, more than ten times that of Earth. It is a gas giant and is mostly hydrogen and helium. Juno arrived at Jupiter in July 2016. Its mission is to orbit Jupiter over the following year, gathering information about the planet's atmosphere, magnetic field and gravitational field. Image of Jupiter from a 1979 Voyager space probe mosaic.https://www.sciencephoto.com/image/870519/350wm/K0069945-Juno_spacecraft_at_Jupiter-SPL.jpghttps://www.sciencephoto.com/image/870519/preview/K0069945-Juno_spacecraft_at_Jupiter-SPL.mp4152017-07-21Yes19792000s2010s21st century4kamericanartworkastronomicalastronomyatmosphereblack backgroundcitizen sciencecloudscompositeenhancedfrom spacegas giantillustrationjovianjunojupiterlargestmosaicnasano-onenobodyorbitingplanetplanetary scienceprocessedsolar systemspacehttps://www.sciencephoto.com/media/870520/view/south-pole-of-jupiter-from-juno2018-03-28T09:38:32Z0.9K006/9946 South pole of Jupiter from JunoK006/9946 Animated Juno spacecraft image of storms in Jupiter's south pole. Cyclones (oval) up to 1000 kilometres across can be seen in the planet's atmosphere. Jupiter is the largest planet in the solar system. It has a diameter of around 140,000 kilometres, more than ten times that of Earth. It is a gas giant and is mostly hydrogen and helium. Juno arrived at Jupiter in July 2016. Its mission is to orbit Jupiter over the following year, gathering information about the planet's atmosphere, magnetic field and gravitational field. Image taken by JunoCam at a distance of 52,000 kilometres during three different orbits in 2017.https://www.sciencephoto.com/image/870520/350wm/K0069946-South_pole_of_Jupiter_from_Juno-SPL.jpghttps://www.sciencephoto.com/image/870520/preview/K0069946-South_pole_of_Jupiter_from_Juno-SPL.mp4152017-07-21Yes2000s2010s201721st centuryamericanastronomicalastronomyatmosphereblack backgroundcitizen sciencecloudscycloneenhancedfrom spacegas giantjovianjunojunocamjupiterlargestnasano-onenobodyplanetplanetary scienceprocessedsolar systemsouth polespacespace probestormsstormyhttps://www.sciencephoto.com/media/870521/view/jupiter-juno-imagery2018-11-06T15:36:36Z0.9K006/9947 Jupiter, Juno imageryK006/9947 Animated Juno spacecraft image of Jupiter. The planet's south pole is at bottom. Jupiter is the largest planet in the solar system. It has a diameter of around 140,000 kilometres, more than ten times that of Earth. It is a gas giant and is mostly hydrogen and helium. Juno arrived at Jupiter in July 2016. Its mission is to orbit Jupiter over the following year, gathering information about the planet's atmosphere, magnetic field and gravitational field. Image taken by JunoCam at a distance of 46,800 kilometres from Jupiter on 19th May 2017.https://www.sciencephoto.com/image/870521/350wm/K0069947-Jupiter,_Juno_imagery-SPL.jpghttps://www.sciencephoto.com/image/870521/preview/K0069947-Jupiter,_Juno_imagery-SPL.mp4152017-07-21Yes19 may 20172000s2010s21st century4kamericanastronomicalastronomyatmosphereblack backgroundcitizen sciencecloudscolouredenhancedfalse-colouredfrom spacegas giantjovianjunojunocamjupiterlargestlimbnasano-onenobodyplanetplanetary scienceprocessedsolar systemsouth polespacehttps://www.sciencephoto.com/media/870522/view/new-horizons-at-2014-mu692018-03-28T09:38:32Z0.9K006/9991 New Horizons at 2014 MU69K006/9991 Animation of the New Horizons spacecraft passing the Kuiper Belt Object (KBO) 2014 MU69. New Horizons is expected to arrive at this rocky body around 1st January 2019. New Horizons was launched in January 2006 to study Pluto, which was classified as a planet at the time. It passed Pluto in July 2015, and it was decided to aim it towards a suitable KBO. 2014 MU69 was discovered in June 2014 during a hunt by the Hubble Space Telescope for a new target for New Horizons. It is thought to be a classical KBO, with a composition of rock and frozen ices. Spectroscopic analysis has revealed it has a reddish colour, similar to Pluto.https://www.sciencephoto.com/image/870522/350wm/K0069991-New_Horizons_at_2014_MU69-SPL.jpghttps://www.sciencephoto.com/image/870522/preview/K0069991-New_Horizons_at_2014_MU69-SPL.mp436.012017-07-21Yes2014 mu692019antennaastronomicalastronomybodycrateredcubewanodishdistantencounterexplorationexploringflightflybyicykbokuiper belt objectmissionnasanew horizonsouterpassingproberedresearchsciencesolar systemspacespacecrafttrans-neptuniantransneptunianhttps://www.sciencephoto.com/media/870523/view/wifi-baby-monitor-transmitting-data2018-10-02T00:06:23Z0.9K006/9992 Wifi baby monitor transmitting dataK006/9992 Baby monitor transmitting a wifi signal as it watches a sleeping baby.https://www.sciencephoto.com/image/870523/350wm/K0069992-Wifi_baby_monitor_transmitting_data-SPL.jpghttps://www.sciencephoto.com/image/870523/preview/K0069992-Wifi_baby_monitor_transmitting_data-SPL.mp416.062017-07-21Yes21st centuryareaasleepbabybaby monitorbedbedroombroadcastcaucasiancheckcheckingchildcomputercomputerscotdangerdatadomesticfamilyhackinghealthhealthyhigh techhomehouseinfantinsecureinternetinternet of thingsiotitkeyhttps://www.sciencephoto.com/media/870524/view/new-horizons-leaving-pluto-and-charon2018-03-28T09:38:32Z0.9K006/9994 New Horizons leaving Pluto and CharonK006/9994 New Horizons probe leaving the dwarf planet Pluto and its moon Charon. These objects lie in the Kuiper Belt, some 40 times further from the Sun than Earth is. Pluto and Charon orbit each other closely, with a separation of less than 20,000 kilometres. The centre of their mutual rotation lies outside the body of Pluto, and they are sometimes considered a double dwarf planet, rather than a planet and moon. Each is tidally locked to the other, presenting the same face and remaining fixed in the other's sky. New Horizons was launched in January 2006, and arrived at Pluto in July 2015. After this encounter it was redirected to pass the Kuiper Belt Object 2014 MU69, which it will reach on 1st January 2019.https://www.sciencephoto.com/image/870524/350wm/K0069994-New_Horizons_leaving_Pluto_and_Charon-SPL.jpghttps://www.sciencephoto.com/image/870524/preview/K0069994-New_Horizons_leaving_Pluto_and_Charon-SPL.mp436.012017-07-21Yes201521st centuryanimatedanimationapproachastronomicalastronomycharoncratercrateredcratersdishdistantdoubledwarf planeteventexplorationexploringfly-byiceicesicyjourneykbokuiper beltmissionnasanew horizonsnewsobjectobjectsorbithttps://www.sciencephoto.com/media/870525/view/newton-s-reflecting-telescope2018-03-28T09:38:32Z0.9K006/9995 Newton's reflecting telescopeK006/9995 Animated model of the reflecting telescope designed and built by the English scientist Isaac Newton in 1671-2. Unlike earlier telescopes, which used lenses to focus light, Newton's designs used a concave mirror to focus light, helping to prevent the splitting of colours seen with lenses. This telescope was the third built by Newton, and had a mirror some 5 centimetres in diameter. Newtonian telescopes remain popular, as a large mirror is cheaper and lighter to construct than a lens giving the same light-gathering and magnifying power. Newton used his telescope to observe the phases of Venus and the moons of Jupiter.https://www.sciencephoto.com/image/870525/350wm/K0069995-Newton_s_reflecting_telescope-SPL.jpghttps://www.sciencephoto.com/image/870525/preview/K0069995-Newton_s_reflecting_telescope-SPL.mp4302017-07-21Yes1600s167217th century1st4kanimatedanimationastronomicalastronomybackgrounddeviceequipmentfirsthistorichistoricalhistoryhistory of scienceinventedinventionisaac newtonmagnificationmilky waymirrormirrorsmodelnewtonnewton-wickinsnewtonianobservationobservationsphysicalphysicshttps://www.sciencephoto.com/media/870575/view/barium-meal-stomach-x-ray-footage2018-06-19T09:35:46Z0.9K006/4999 Barium meal, stomach X-ray footageK006/4999 Barium meal. Stomach X-ray footage using a barium meal. The barium in the meal (white) is opaque to X-rays, allowing the diagnosis of stomach conditions and other disorders of the digestive system.https://www.sciencephoto.com/image/870575/350wm/K0064999-Barium_meal,_stomach_X-ray_footage-SPL.jpghttps://www.sciencephoto.com/image/870575/preview/K0064999-Barium_meal,_stomach_X-ray_footage-SPL.mp4102017-07-22Yesbarium mealblack-and-whiteclipcontrast mediumdiagnosingdiagnosisdiagnosticdiagnosticsdigestiondigestive systemfilmfootagegastricgastroenterologyhuman bodymedicalmedicinemonochromemotionno-onenobodyradiographystomachvideox-rayxrayhttps://www.sciencephoto.com/media/870576/view/barium-meal-stomach-x-ray-footage2018-06-19T09:35:46Z0.9K006/5000 Barium meal, stomach X-ray footageK006/5000 Barium meal. Stomach X-ray footage using a barium meal. The barium in the meal (white) is opaque to X-rays, allowing the diagnosis of stomach conditions and other disorders of the digestive system.https://www.sciencephoto.com/image/870576/350wm/K0065000-Barium_meal,_stomach_X-ray_footage-SPL.jpghttps://www.sciencephoto.com/image/870576/preview/K0065000-Barium_meal,_stomach_X-ray_footage-SPL.mp412.062017-07-22Yesbarium mealblack-and-whiteclipcontrast mediumdiagnosingdiagnosisdiagnosticdiagnosticsdigestiondigestive systemfilmfootagegastricgastroenterologyhuman bodymedicalmedicinemonochromemotionno-onenobodyradiographystomachvideox-rayxrayhttps://www.sciencephoto.com/media/870577/view/barium-meal-stomach-x-ray-footage2018-06-19T09:35:46Z0.9K006/5001 Barium meal, stomach X-ray footageK006/5001 Barium meal. Stomach X-ray footage using a barium meal. The barium in the meal (white) is opaque to X-rays, allowing the diagnosis of stomach conditions and other disorders of the digestive system.https://www.sciencephoto.com/image/870577/350wm/K0065001-Barium_meal,_stomach_X-ray_footage-SPL.jpghttps://www.sciencephoto.com/image/870577/preview/K0065001-Barium_meal,_stomach_X-ray_footage-SPL.mp420.062017-07-22Yesbarium mealblack-and-whiteclipcontrast mediumdiagnosingdiagnosisdiagnosticdiagnosticsdigestiondigestive systemfilmfootagegastricgastroenterologyhuman bodymedicalmedicinemonochromemotionno-onenobodyradiographystomachvideox-rayxrayhttps://www.sciencephoto.com/media/870578/view/blood-flowing-through-blood-vessels2018-11-06T15:34:00Z0.9K006/5020 Blood flowing through blood vesselsK006/5020 Blood flowing through blood vessels. Footage of blood flowing through blood vessels in mammalian tissue. Blood consists of blood cells suspended in plasma. Its function is to deliver nutrients and oxygen to body cells, and to remove metabolic waste products (including carbon dioxide).https://www.sciencephoto.com/image/870578/350wm/K0065020-Blood_flowing_through_blood_vessels-SPL.jpghttps://www.sciencephoto.com/image/870578/preview/K0065020-Blood_flowing_through_blood_vessels-SPL.mp415.092017-07-22Yesanatomicalanatomyarteriesarterybiologicalbiologybloodblood vesselblood vesselscapillariescapillarycellcellscirculatingcirculationcirculatory systemcliperythrocytesfilmflowflowingfluidfootagehaematologicalhaematologyhealthyhematologyhuman bodymammalianmotionno-onenobodyhttps://www.sciencephoto.com/media/870579/view/blood-flowing-through-blood-vessels2018-11-06T15:32:37Z0.9K006/5021 Blood flowing through blood vesselsK006/5021 Blood flowing through blood vessels. Footage of blood flowing through blood vessels in mammalian tissue. Blood consists of blood cells suspended in plasma. Its function is to deliver nutrients and oxygen to body cells, and to remove metabolic waste products (including carbon dioxide). Blood vessels range in size from large arteries and veins, to small capillaries.https://www.sciencephoto.com/image/870579/350wm/K0065021-Blood_flowing_through_blood_vessels-SPL.jpghttps://www.sciencephoto.com/image/870579/preview/K0065021-Blood_flowing_through_blood_vessels-SPL.mp425.052017-07-22Yesanatomicalanatomyarteriesarterybiologicalbiologybloodblood vesselblood vesselscapillariescapillarycellcellscirculatingcirculationcirculatory systemcliperythrocytesfilmflowflowingfluidfootagehaematologicalhaematologyhealthyhematologyhuman bodymammalianmotionno-onenobodyhttps://www.sciencephoto.com/media/870580/view/blood-flowing-through-blood-vessels2018-11-06T15:34:26Z0.9K006/5022 Blood flowing through blood vesselsK006/5022 Blood flowing through blood vessels. Footage of blood flowing through blood vessels in mammalian tissue. Blood consists of blood cells suspended in plasma. Its function is to deliver nutrients and oxygen to body cells, and to remove metabolic waste products (including carbon dioxide). Blood vessels range in size from large arteries and veins, to small capillaries.https://www.sciencephoto.com/image/870580/350wm/K0065022-Blood_flowing_through_blood_vessels-SPL.jpghttps://www.sciencephoto.com/image/870580/preview/K0065022-Blood_flowing_through_blood_vessels-SPL.mp412.232017-07-22Yesanatomicalanatomyarteriesarterybiologicalbiologybloodblood vesselblood vesselscapillariescapillarycellcellscirculatingcirculationcirculatory systemcliperythrocytesfilmflowflowingfluidfootagehaematologicalhaematologyhealthyhematologyhuman bodymammalianmotionno-onenobodyhttps://www.sciencephoto.com/media/870581/view/blood-flowing-through-blood-vessels2018-11-04T15:36:53Z0.9K006/5023 Blood flowing through blood vesselsK006/5023 Blood flowing through blood vessels. Footage of blood flowing through blood vessels in mammalian tissue. Blood consists of blood cells suspended in plasma. Its function is to deliver nutrients and oxygen to body cells, and to remove metabolic waste products (including carbon dioxide). Blood vessels range in size from large arteries and veins, to small capillaries.https://www.sciencephoto.com/image/870581/350wm/K0065023-Blood_flowing_through_blood_vessels-SPL.jpghttps://www.sciencephoto.com/image/870581/preview/K0065023-Blood_flowing_through_blood_vessels-SPL.mp46.122017-07-22Yesanatomicalanatomyarteriesarterybiologicalbiologybloodblood vesselblood vesselscapillariescapillarycellcellscirculatingcirculationcirculatory systemcliperythrocytesfilmflowflowingfluidfootagehaematologicalhaematologyhealthyhematologyhuman bodymammalianmotionno-onenobodyhttps://www.sciencephoto.com/media/870582/view/blood-flowing-through-blood-vessels2018-06-19T09:35:46Z0.9K006/5024 Blood flowing through blood vesselsK006/5024 Blood flowing through blood vessels. Footage of blood flowing through blood vessels in mammalian tissue. Blood consists of blood cells suspended in plasma. Its function is to deliver nutrients and oxygen to body cells, and to remove metabolic waste products (including carbon dioxide). Blood vessels range in size from large arteries and veins, to small capillaries.https://www.sciencephoto.com/image/870582/350wm/K0065024-Blood_flowing_through_blood_vessels-SPL.jpghttps://www.sciencephoto.com/image/870582/preview/K0065024-Blood_flowing_through_blood_vessels-SPL.mp434.12017-07-22Yesanatomicalanatomyarteriesarterybiologicalbiologybloodblood vesselblood vesselscapillariescapillarycellcellscirculatingcirculationcirculatory systemcliperythrocytesfilmflowflowingfluidfootagehaematologicalhaematologyhealthyhematologyhuman bodymammalianmotionno-onenobodyhttps://www.sciencephoto.com/media/870583/view/bacteria-light-microscopy-footage2018-06-19T09:35:46Z0.9K006/5047 Bacteria, light microscopy footageK006/5047 Bacteria, light microscopy footage.https://www.sciencephoto.com/image/870583/350wm/K0065047-Bacteria,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870583/preview/K0065047-Bacteria,_light_microscopy_footage-SPL.mp442.162017-07-22Yesbacillibacillusbacteriabacterialbacteriumclipfilmlight microscopelight microscopymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopymotionno-onenobodyorangevideohttps://www.sciencephoto.com/media/870584/view/bacteria-light-microscopy-footage2018-06-19T09:35:46Z0.9K006/5048 Bacteria, light microscopy footageK006/5048 Bacteria, light microscopy footage.https://www.sciencephoto.com/image/870584/350wm/K0065048-Bacteria,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870584/preview/K0065048-Bacteria,_light_microscopy_footage-SPL.mp413.152017-07-22Yesbacillibacillusbacteriabacterialbacteriumblueclipfilmlight microscopelight microscopymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopymotionno-onenobodyvideohttps://www.sciencephoto.com/media/870585/view/bacteria-light-microscopy-footage2018-06-19T09:35:46Z0.9K006/5049 Bacteria, light microscopy footageK006/5049 Bacteria, light microscopy footage.https://www.sciencephoto.com/image/870585/350wm/K0065049-Bacteria,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870585/preview/K0065049-Bacteria,_light_microscopy_footage-SPL.mp427.162017-07-22Yesbacillibacillusbacteriabacterialbacteriumclipfilmlight microscopelight microscopymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopymotionno-onenobodyvideohttps://www.sciencephoto.com/media/870586/view/bacteria-light-microscopy-footage2018-06-19T09:35:46Z0.9K006/5050 Bacteria, light microscopy footageK006/5050 Bacteria, light microscopy footage.https://www.sciencephoto.com/image/870586/350wm/K0065050-Bacteria,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870586/preview/K0065050-Bacteria,_light_microscopy_footage-SPL.mp432.152017-07-22Yesbacillibacillusbacteriabacterialbacteriumclipfilmlight microscopelight microscopymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopymotionno-onenobodyvideohttps://www.sciencephoto.com/media/870587/view/bacteria-light-microscopy-footage2018-06-19T09:35:46Z0.9K006/5051 Bacteria, light microscopy footageK006/5051 Bacteria, light microscopy footage.https://www.sciencephoto.com/image/870587/350wm/K0065051-Bacteria,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870587/preview/K0065051-Bacteria,_light_microscopy_footage-SPL.mp414.112017-07-22Yesbacteriabacterialbacteriumblueclipcoccicoccusfilmlight microscopelight microscopymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopymotionno-onenobodyvideohttps://www.sciencephoto.com/media/870588/view/bacteria-light-microscopy-footage2018-06-19T09:35:46Z0.9K006/5052 Bacteria, light microscopy footageK006/5052 Bacteria, light microscopy footage.https://www.sciencephoto.com/image/870588/350wm/K0065052-Bacteria,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870588/preview/K0065052-Bacteria,_light_microscopy_footage-SPL.mp411.232017-07-22Yesbacillibacillusbacteriabacterialbacteriumblueclipfilmlight microscopelight microscopymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopymotionno-onenobodyvideohttps://www.sciencephoto.com/media/870589/view/chickenpox-in-adult-man2018-06-19T09:35:46Z0.9K006/5133 Chickenpox in adult manK006/5133 Chickenpox in adult man. Footage of the chest of a man with chickenpox. Chickenpox, or varicella, is caused by infection with the herpesvirus varicella-zoster. It is common in children but, because infection confers lifelong immunity to the disease, rare in adults. Symptoms include a mild fever followed by the development of a rash of small red itchy spots over most of the body. The spots become fluid-filled blisters within a few hours. Although it is a mild disease in children, it can be much more serious in adults. In adults it may lead to severe pneumonia, which can be fatal.https://www.sciencephoto.com/image/870589/350wm/K0065133-Chickenpox_in_adult_man-SPL.jpghttps://www.sciencephoto.com/image/870589/preview/K0065133-Chickenpox_in_adult_man-SPL.mp48.182017-07-22Yesadultblisterblisterscaucasianchestchicken poxchickenpoxclinicalclipconditioncontagiousdiseasedisorderfilmfootagehealthcareherpesvirushumanhuman bodyinfectedinfectioninfectiouslesionlesionsmalemanmedicalmedicinemotionone personpatientpeoplehttps://www.sciencephoto.com/media/870590/view/bacteria-growing-in-a-petri-dish-time-lapse-footage2018-11-06T15:32:03Z0.9K006/5136 Bacteria growing in a petri dish, time-lapse footageK006/5136 Bacteria growing in a petri dish, time-lapse footage. The bacteria is being cultivated on agar, a growth medium.https://www.sciencephoto.com/image/870590/350wm/K0065136-Bacteria_growing_in_a_petri_dish,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870590/preview/K0065136-Bacteria_growing_in_a_petri_dish,_time-lapse_footage-SPL.mp420.112017-07-22Yesagarbacteriabacterialbacteriumclipcultureculturingfilmgrowinggrowth mediumlablaboratorymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmotionno-onenobodypetri dishresearchtime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870591/view/bacteria-growing-in-a-petri-dish-time-lapse-footage2018-11-06T15:34:56Z0.9K006/5141 Bacteria growing in a petri dish, time-lapse footageK006/5141 Bacteria growing in a petri dish, time-lapse footage. The bacteria is being cultivated on agar, a growth medium.https://www.sciencephoto.com/image/870591/350wm/K0065141-Bacteria_growing_in_a_petri_dish,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870591/preview/K0065141-Bacteria_growing_in_a_petri_dish,_time-lapse_footage-SPL.mp415.212017-07-22Yesagarbacteriabacterialbacteriumclipcultureculturingfilmgrowinggrowth mediumlablaboratorymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmotionno-onenobodypetri dishresearchtime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870592/view/pea-plant-dying-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5146 Pea plant dying, time-lapse footageK006/5146 Pea plant dying, time-lapse footage. The condition affecting this plant may be the fungal disease known as mildew.https://www.sciencephoto.com/image/870592/350wm/K0065146-Pea_plant_dying,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870592/preview/K0065146-Pea_plant_dying,_time-lapse_footage-SPL.mp439.12017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropdeaddecaydecayingdecomposingdecompositiondyingfarmingfilmflorafootagefungalfungifungusgardeningkilledmildewmotionnatureno-onenobodypeapisum sativumplanthttps://www.sciencephoto.com/media/870593/view/flower-blooming-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5147 Flower blooming, time-lapse footageK006/5147 Flower blooming, time-lapse footage.https://www.sciencephoto.com/image/870593/350wm/K0065147-Flower_blooming,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870593/preview/K0065147-Flower_blooming,_time-lapse_footage-SPL.mp452017-07-22Yes1 flowerangiospermangiospermsbiologicalbiologybloombloomingbotanicalbotanybudclipfilmfloraflowerflowering plantsfootagehorticulturalhorticulturemotionnatureno-onenobodyoneopenopeningplantpurplesingletime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870594/view/magnolia-flower-blooming-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5149 Magnolia flower blooming, time-lapse footageK006/5149 Magnolia flower blooming, time-lapse footage.https://www.sciencephoto.com/image/870594/350wm/K0065149-Magnolia_flower_blooming,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870594/preview/K0065149-Magnolia_flower_blooming,_time-lapse_footage-SPL.mp418.032017-07-22Yes1 flowerangiospermangiospermsbiologicalbiologybloombloomingbotanicalbotanybudclipfilmfloraflowerflowering plantsfootagehorticulturalhorticulturemagnoliamotionnatureno-onenobodyoneopenopeningplantsingletime lapsetime-lapsetimelapsetreehttps://www.sciencephoto.com/media/870595/view/mildew-on-leaves-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5152 Mildew on leaves, time-lapse footageK006/5152 Mildew on leaves, time-lapse footage. The footage includes insects climbing on the plants. Mildew is a fungal disease that commonly affects plants.https://www.sciencephoto.com/image/870595/350wm/K0065152-Mildew_on_leaves,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870595/preview/K0065152-Mildew_on_leaves,_time-lapse_footage-SPL.mp453.242017-07-22Yesanimalbiologicalbiologybotanicalbotanyclimbclimbingclipconditiondiseasedisorderentomologicalentomologyfaunafilmflorafootagefungalfungifungusgrowgrowinginsectsleafleavesmildewmotionnatureno-onenobodyplantplant pathologyhttps://www.sciencephoto.com/media/870596/view/pea-plant-growing-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5154 Pea plant growing, time-lapse footageK006/5154 Pea plant growing, time-lapse footage.https://www.sciencephoto.com/image/870596/350wm/K0065154-Pea_plant_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870596/preview/K0065154-Pea_plant_growing,_time-lapse_footage-SPL.mp417.072017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropfarmingfilmflorafootagegardeninggrowingleafleavesmotionnatureno-onenobodypeapisum sativumplantplantspodpodstime lapsetime-lapsetimelapsevegetablevegetableshttps://www.sciencephoto.com/media/870597/view/dandelions-going-to-seed-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5158 Dandelions going to seed, time-lapse footageK006/5158 Dandelions (Taraxacum sp.) going to seed, time-lapse footage.https://www.sciencephoto.com/image/870597/350wm/K0065158-Dandelions_going_to_seed,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870597/preview/K0065158-Dandelions_going_to_seed,_time-lapse_footage-SPL.mp415.182017-07-22Yesangiospermangiospermsbiologicalbiologybotanicalbotanyclipdandeliondandelionsfilmfloraflowerflowering plantsfootagemotionnatureno-onenobodyplantreproductionreproductiveseedseed headseed-headseedheadseedheadsseedstaraxacumtime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870598/view/planting-pea-seeds2018-06-19T09:35:46Z0.9K006/5165 Planting pea seedsK006/5165 Planting pea seeds by hand into compost.https://www.sciencephoto.com/image/870598/350wm/K0065165-Planting_pea_seeds-SPL.jpghttps://www.sciencephoto.com/image/870598/preview/K0065165-Planting_pea_seeds-SPL.mp416.162017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipclose-upcompostcropdetailfarmingfilmflorafootagegardeninggrowinghandmotionnatureone personpeapeoplepersonpisum sativumplantplantsseedseedssoilvegetablehttps://www.sciencephoto.com/media/870599/view/bacteria-growing-in-a-petri-dish-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5171 Bacteria growing in a petri dish, time-lapse footageK006/5171 Bacteria growing in a petri dish, time-lapse footage. The bacteria is being cultivated on agar, a growth medium.https://www.sciencephoto.com/image/870599/350wm/K0065171-Bacteria_growing_in_a_petri_dish,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870599/preview/K0065171-Bacteria_growing_in_a_petri_dish,_time-lapse_footage-SPL.mp414.182017-07-22Yesagarbacteriabacterialbacteriumclipcultureculturingfilmgrowinggrowth mediumlablaboratorymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmotionno-onenobodypetri dishresearchtime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870600/view/pea-plant-seedlings-sprouting-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5172 Pea plant seedlings sprouting, time-lapse footageK006/5172 Pea plant seedlings sprouting, time-lapse footage.https://www.sciencephoto.com/image/870600/350wm/K0065172-Pea_plant_seedlings_sprouting,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870600/preview/K0065172-Pea_plant_seedlings_sprouting,_time-lapse_footage-SPL.mp436.182017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropfarmingfilmflorafootagegardeninggrowingmotionnatureno-onenobodypeapisum sativumplantplantsseedlingseedlingssproutsproutingtime lapsetime-lapsetimelapsevegetablevegetableshttps://www.sciencephoto.com/media/870601/view/bacterial-growth-animation2018-06-19T09:35:46Z0.9K006/5173 Bacterial growth, animationK006/5173 Bacterial growth, animation.https://www.sciencephoto.com/image/870601/350wm/K0065173-Bacterial_growth,_animation-SPL.jpghttps://www.sciencephoto.com/image/870601/preview/K0065173-Bacterial_growth,_animation-SPL.mp420.022017-07-22Yesanimatedanimationbacteriabacterialbacteriumgraphicgrowinggrowthillustrationmicro-organismmicro-organismsmicrobemicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsno-onenobodypatternpatternshttps://www.sciencephoto.com/media/870602/view/pea-plant-growing-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5176 Pea plant growing, time-lapse footageK006/5176 Pea plant growing, time-lapse footage.https://www.sciencephoto.com/image/870602/350wm/K0065176-Pea_plant_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870602/preview/K0065176-Pea_plant_growing,_time-lapse_footage-SPL.mp425.122017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropfarmingfilmflorafootagegardeninggrowingleafleavesmotionnatureno-onenobodypeapisum sativumplantplantspodpodstime lapsetime-lapsetimelapsevegetablevegetableshttps://www.sciencephoto.com/media/870603/view/blood-cells-light-microscopy-footage2018-06-19T09:35:46Z0.9K006/5177 Blood cells, light microscopy footageK006/5177 Blood cells, light microscopy footage.https://www.sciencephoto.com/image/870603/350wm/K0065177-Blood_cells,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870603/preview/K0065177-Blood_cells,_light_microscopy_footage-SPL.mp49.132017-07-22Yesbiologicalbiologyblood cellsblue backgroundcellcell biologycellscellularcirculationcirculatoryclipcytologicalcytologyfilmflowflowingfootagehaematologicalhaematologyhealthyhematologylight microscopelight microscopyliquidmicroscopicmicroscopymotionno-onenobodynormalvideohttps://www.sciencephoto.com/media/870604/view/chickenpox-in-adult-man2018-06-19T09:35:46Z0.9K006/5187 Chickenpox in adult manK006/5187 Chickenpox in adult man. Footage of the chest of a man with chickenpox. Chickenpox, or varicella, is caused by infection with the herpesvirus varicella-zoster. It is common in children but, because infection confers lifelong immunity to the disease, rare in adults. Symptoms include a mild fever followed by the development of a rash of small red itchy spots over most of the body. The spots become fluid-filled blisters within a few hours. Although it is a mild disease in children, it can be much more serious in adults. In adults it may lead to severe pneumonia, which can be fatal.https://www.sciencephoto.com/image/870604/350wm/K0065187-Chickenpox_in_adult_man-SPL.jpghttps://www.sciencephoto.com/image/870604/preview/K0065187-Chickenpox_in_adult_man-SPL.mp47.032017-07-22Yesadultblisterblisterscaucasianchestchicken poxchickenpoxclinicalclipconditioncontagiousdiseasedisorderfilmfootagehealthcareherpesvirushumanhuman bodyinfectedinfectioninfectiouslesionlesionsmalemanmedicalmedicinemotionone personpatientpeoplehttps://www.sciencephoto.com/media/870605/view/pea-plant-flowering-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5196 Pea plant flowering, time-lapse footageK006/5196 Pea plant flowering, time-lapse footage.https://www.sciencephoto.com/image/870605/350wm/K0065196-Pea_plant_flowering,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870605/preview/K0065196-Pea_plant_flowering,_time-lapse_footage-SPL.mp421.212017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybloombloomingbloomsbotanicalbotanyclipcropfarmingfilmfloraflowerfloweringflowersfootagegardeninggrowingmotionnatureno-onenobodypeapisum sativumplantplantstime lapsetime-lapsetimelapsehttps://www.sciencephoto.com/media/870606/view/pea-plants-growing-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5199 Pea plants growing, time-lapse footageK006/5199 Pea plants growing, time-lapse footage.https://www.sciencephoto.com/image/870606/350wm/K0065199-Pea_plants_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870606/preview/K0065199-Pea_plants_growing,_time-lapse_footage-SPL.mp428.182017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropfarmingfilmflorafootagegardeninggrowingleafleavesmotionnatureno-onenobodypeapisum sativumplantplantspodpodstime lapsetime-lapsetimelapsevegetablevegetableshttps://www.sciencephoto.com/media/870607/view/planting-pea-seed2018-06-19T09:35:46Z0.9K006/5203 Planting pea seedK006/5203 Planting pea seed by hand into compost.https://www.sciencephoto.com/image/870607/350wm/K0065203-Planting_pea_seed-SPL.jpghttps://www.sciencephoto.com/image/870607/preview/K0065203-Planting_pea_seed-SPL.mp49.212017-07-22Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipclose-upcompostcropdetailfarmingfilmflorafootagegardeninggrowinghandmotionnatureone personpeapeoplepersonpisum sativumplantplantsseedseedssoilvegetablehttps://www.sciencephoto.com/media/870608/view/ageing-cells-light-microscopy-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5205 Ageing cells, light microscopy time-lapse footageK006/5205 Ageing cells, light microscopy time-lapse footage.https://www.sciencephoto.com/image/870608/350wm/K0065205-Ageing_cells,_light_microscopy_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870608/preview/K0065205-Ageing_cells,_light_microscopy_time-lapse_footage-SPL.mp430.152017-07-22Yesageageingagingapoptosisbiologicalbiologycellcell biologycellscellularclipcytologicalcytologyfilmfootagelight microscopelight microscopymicroscopicmicroscopymotionno-onenobodyprogrammed cell deathtime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870609/view/bronchoscopy-footage2018-06-19T09:35:46Z0.9K006/5209 Bronchoscopy footageK006/5209 Bronchoscopy footage. Bronchoscopes are a type of endoscope, flexible tubes that are inserted into the body and used to diagnose disorders and carry out internal surgery. They include cameras that provide the view seen here. This view is of part of the respiratory system, moving up the trachea from the branching point of the bronchi to the narrowing point of the larynx (voicebox) and the vocal cords. Endoscopes can also be used in the digestive system. The use of endoscopes in the respiratory system is known as bronchoscopy.https://www.sciencephoto.com/image/870609/350wm/K0065209-Bronchoscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/870609/preview/K0065209-Bronchoscopy_footage-SPL.mp424.222017-07-22Yesairwayairwaysanatomicalanatomybiologicalbiologybronchibronchoscopebronchoscopybronchusclipdiagnosisdiagnosticsendoscopeendoscopyfilmfootagehealthyhuman bodyinsideinternal viewlarynxmedicalmedicinemotionno-onenobodynormalrespirationrespiratorytracheatrachealhttps://www.sciencephoto.com/media/870610/view/passion-flower-reproductive-parts-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5243 Passion flower reproductive parts, time-lapse footageK006/5243 Passion flower (Passiflora sp.) reproductive parts, time-lapse footage.https://www.sciencephoto.com/image/870610/350wm/K0065243-Passion_flower_reproductive_parts,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870610/preview/K0065243-Passion_flower_reproductive_parts,_time-lapse_footage-SPL.mp423.152017-07-22Yes2 flowersangiospermangiospermsantheranthersbiologicalbiologybotanicalbotanycarpelclipclose-updetailduofemalefilmfloraflowerflowering plantsfootagehorticulturalhorticulturemalemotionnatureno-onenobodypairpassiflorapassion flowerpassionflowerplanthttps://www.sciencephoto.com/media/870611/view/passion-flower-blooming-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5251 Passion flower blooming, time-lapse footageK006/5251 Passion flower (Passiflora sp.) blooming, time-lapse footage.https://www.sciencephoto.com/image/870611/350wm/K0065251-Passion_flower_blooming,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870611/preview/K0065251-Passion_flower_blooming,_time-lapse_footage-SPL.mp425.192017-07-22Yes1 flowerangiospermangiospermsbiologicalbiologybloombloomingbotanicalbotanybudclipfilmfloraflowerflowering plantsfootagehorticulturalhorticulturemotionnatureno-onenobodyoneopenopeningpassiflorapassion flowerpassionflowerplantpurplesingletime lapsehttps://www.sciencephoto.com/media/870612/view/mould-growing-in-a-petri-dish-time-lapse-footage2018-11-06T15:33:09Z0.9K006/6070 Mould growing in a petri dish, time-lapse footageK006/6070 Mould growing in a petri dish, time-lapse footage. Mould refers to fungi that grow as filaments called hyphae.https://www.sciencephoto.com/image/870612/350wm/K0066070-Mould_growing_in_a_petri_dish,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870612/preview/K0066070-Mould_growing_in_a_petri_dish,_time-lapse_footage-SPL.mp440.142017-07-22Yesclipcultureculturingfilmfungalfungifungusgrowinggrowthhyphahyphaelablaboratorymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmotionmouldno-onenobodypetri dishresearchtime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870613/view/passion-flower-reproductive-parts-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6102 Passion flower reproductive parts, time-lapse footageK006/6102 Passion flower (Passiflora sp.) reproductive parts, time-lapse footage.https://www.sciencephoto.com/image/870613/350wm/K0066102-Passion_flower_reproductive_parts,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870613/preview/K0066102-Passion_flower_reproductive_parts,_time-lapse_footage-SPL.mp419.212017-07-22Yes1 flowerangiospermangiospermsantheranthersbiologicalbiologybotanicalbotanycarpelclipclose-updetailfemalefilmfloraflowerflowering plantsfootagehorticulturalhorticulturemalemotionnatureno-onenobodyonepassiflorapassion flowerpassionflowerplantpollenhttps://www.sciencephoto.com/media/870614/view/flower-blooming-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6105 Flower blooming, time-lapse footageK006/6105 Flower blooming, time-lapse footage.https://www.sciencephoto.com/image/870614/350wm/K0066105-Flower_blooming,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870614/preview/K0066105-Flower_blooming,_time-lapse_footage-SPL.mp420.172017-07-22Yes1 flowerangiospermangiospermsbiologicalbiologybloombloomingbotanicalbotanybudclipfilmfloraflowerflowering plantsfootagehorticulturalhorticulturemotionnatureno-onenobodyoneopenopeningplantredsingletime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870903/view/autumn-leaf-skeleton2018-06-19T09:35:46Z0.9K006/5168 Autumn leaf skeletonK006/5168 Autumn leaf skeleton. Panning footage of the skeleton of an autumn leaf on a black background. When a leaf falls from a tree, it is cut off from the supply of water that kept it alive. It shrivels up and dries out, turning from a flexible structure to a brittle one. The leaf material will be broken down by bacteria and fungi to form a leaf mould, returning nutrients to the soil. As the leaf rots away, the skeletal structure of the leaf veins is exposed.https://www.sciencephoto.com/image/870903/350wm/K0065168-Autumn_leaf_skeleton-SPL.jpghttps://www.sciencephoto.com/image/870903/preview/K0065168-Autumn_leaf_skeleton-SPL.mp49.192017-07-25Yesautumnautumnalbiologicalbiologyblack backgroundbotanicalbotanybrittleclipdecaydecayeddeciduousdecomposingdecompositiondried outfallfilmflorafootageleafleaf litterleaf skeletonleaf veinsmotionnatureno-onenobodypanpanningrottingskeletalskeletonhttps://www.sciencephoto.com/media/870904/view/autumn-leaf-skeleton2018-06-19T09:35:46Z0.9K006/5179 Autumn leaf skeletonK006/5179 Autumn leaf skeleton. Zoom-in footage of the skeleton of an autumn leaf on a black background. When a leaf falls from a tree, it is cut off from the supply of water that kept it alive. It shrivels up and dries out, turning from a flexible structure to a brittle one. The leaf material will be broken down by bacteria and fungi to form a leaf mould, returning nutrients to the soil. As the leaf rots away, the skeletal structure of the leaf veins is exposed.https://www.sciencephoto.com/image/870904/350wm/K0065179-Autumn_leaf_skeleton-SPL.jpghttps://www.sciencephoto.com/image/870904/preview/K0065179-Autumn_leaf_skeleton-SPL.mp419.062017-07-25Yesautumnautumnalbiologicalbiologyblack backgroundbotanicalbotanybrittleclipdecaydecayeddeciduousdecomposingdecompositiondried outfallfilmflorafootageleafleaf litterleaf skeletonleaf veinsmotionnatureno-onenobodyrottingskeletalskeletonvein structurevideohttps://www.sciencephoto.com/media/870905/view/autumn-leaf-skeleton2018-06-19T09:35:46Z0.9K006/5189 Autumn leaf skeletonK006/5189 Autumn leaf skeleton. Panning footage of the skeleton of an autumn leaf on a black background. When a leaf falls from a tree, it is cut off from the supply of water that kept it alive. It shrivels up and dries out, turning from a flexible structure to a brittle one. The leaf material will be broken down by bacteria and fungi to form a leaf mould, returning nutrients to the soil. As the leaf rots away, the skeletal structure of the leaf veins is exposed.https://www.sciencephoto.com/image/870905/350wm/K0065189-Autumn_leaf_skeleton-SPL.jpghttps://www.sciencephoto.com/image/870905/preview/K0065189-Autumn_leaf_skeleton-SPL.mp411.132017-07-25Yesautumnautumnalbiologicalbiologyblack backgroundbotanicalbotanybrittleclipdecaydecayeddeciduousdecomposingdecompositiondried outfallfilmflorafootageleafleaf litterleaf skeletonleaf veinsmotionnatureno-onenobodypanpanningrottingskeletalskeletonhttps://www.sciencephoto.com/media/870906/view/grass-seeds-burrowing-into-soil-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5241 Grass seeds burrowing into soil, time-lapse footageK006/5241 Grass seeds burrowing into soil, time-lapse footage. The seeds of some plants are able to respond to conditions such as humidity by self-burrowing into soil by rotating their 'arms'. This adaptation helps to optimise conditions for successful sprouting of the seeds into new plants.https://www.sciencephoto.com/image/870906/350wm/K0065241-Grass_seeds_burrowing_into_soil,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870906/preview/K0065241-Grass_seeds_burrowing_into_soil,_time-lapse_footage-SPL.mp428.162017-07-25Yesadaptationadaptedbiologicalbiologybiomechanicsbotanicalbotanyburrowburrowingclipfilmflorafootagegrassgroundmotionmovingnatureno-onenobodyplantplantsreproductionreproductiverotatingrotationseedseedsself-burrowingsoiltime lapsetime-lapsehttps://www.sciencephoto.com/media/870907/view/tomatoes-ripening-on-the-vine-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5242 Tomatoes ripening on the vine, time-lapse footageK006/5242 Tomatoes (Solanum lycopersicum) ripening on the vine, time-lapse footage.https://www.sciencephoto.com/image/870907/350wm/K0065242-Tomatoes_ripening_on_the_vine,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870907/preview/K0065242-Tomatoes_ripening_on_the_vine,_time-lapse_footage-SPL.mp437.132017-07-25Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropediblefarmingfilmflorafoodfootagefruitgardengreengrowgrowinggrowthmotionnatureno-onenobodyplantredriperipenripeningsalad vegetablesolanum lycopersicumhttps://www.sciencephoto.com/media/870908/view/tomato-plant-flowering-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5244 Tomato plant flowering, time-lapse footageK006/5244 Tomato plant (Solanum lycopersicum) flowering, time-lapse footage.https://www.sciencephoto.com/image/870908/350wm/K0065244-Tomato_plant_flowering,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870908/preview/K0065244-Tomato_plant_flowering,_time-lapse_footage-SPL.mp412.112017-07-25Yesagriculturalagricultureallotmentangiospermangiospermsbiologicalbiologybotanicalbotanyclipcropfarmingfilmfloraflowerfloweringflowering plantsflowersfootagefruitgardengrowgrowinggrowthmotionnatureno-onenobodyplantsalad vegetablesolanum lycopersicumtime lapsehttps://www.sciencephoto.com/media/870909/view/plant-growth-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5245 Plant growth, time-lapse footageK006/5245 Plant growth, time-lapse footage.https://www.sciencephoto.com/image/870909/350wm/K0065245-Plant_growth,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870909/preview/K0065245-Plant_growth,_time-lapse_footage-SPL.mp410.242017-07-25Yesbiologicalbiologyblack backgroundbotanicalbotanyclipfilmflorafootagegrowinggrowthleavesmotionnatureno-onenobodyplantpotpottedstudio shottime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870910/view/tomato-plants-growing-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5246 Tomato plants growing, time-lapse footageK006/5246 Tomato plants (Solanum lycopersicum) growing, time-lapse footage.https://www.sciencephoto.com/image/870910/350wm/K0065246-Tomato_plants_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870910/preview/K0065246-Tomato_plants_growing,_time-lapse_footage-SPL.mp432.212017-07-25Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropfarmingfilmflorafootagefruitgardengrowgrowinggrowthmotionnatureno-onenobodyplantsalad vegetablesoilsolanum lycopersicumtime lapsetime-lapsetimelapsetomatovideohttps://www.sciencephoto.com/media/870911/view/grass-seed-burrowing-into-soil-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5247 Grass seed burrowing into soil, time-lapse footageK006/5247 Grass seed burrowing into soil, time-lapse footage. The seeds of some plants are able to respond to conditions such as humidity by self-burrowing into soil by rotating their 'arms'. This adaptation helps to optimise conditions for successful sprouting of the seeds into new plants.https://www.sciencephoto.com/image/870911/350wm/K0065247-Grass_seed_burrowing_into_soil,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870911/preview/K0065247-Grass_seed_burrowing_into_soil,_time-lapse_footage-SPL.mp421.22017-07-25Yesadaptationadaptedbiologicalbiologybiomechanicsbotanicalbotanyburrowburrowingclipfilmflorafootagegrassgroundmotionmovingnatureno-onenobodyplantplantsreproductionreproductiverotatingrotationseedseedsself-burrowingsoiltime lapsetime-lapsehttps://www.sciencephoto.com/media/870912/view/tomatoes-ripening-on-the-vine-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5248 Tomatoes ripening on the vine, time-lapse footageK006/5248 Tomatoes (Solanum lycopersicum) ripening on the vine, time-lapse footage.https://www.sciencephoto.com/image/870912/350wm/K0065248-Tomatoes_ripening_on_the_vine,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870912/preview/K0065248-Tomatoes_ripening_on_the_vine,_time-lapse_footage-SPL.mp421.032017-07-25Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropediblefarmingfilmflorafoodfootagefruitgardengreengrowgrowinggrowthmotionnatureno-onenobodyplantredriperipenripeningsalad vegetablesolanum lycopersicumhttps://www.sciencephoto.com/media/870913/view/light-and-plant-growth-experiment-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5249 Light and plant growth experiment, time-lapse footageK006/5249 Light and plant growth experiment. Time-lapse footage of a growing plant with a paper bag over the apical terminal bud of the plant. Placing a paper bag over this bud blocks off the light and removes the ability of the plant to grow towards the light. Instead, it grows straight upwards. The ability of plants to grow towards a light source is known as positive phototropism. This directional plant growth in response to light is regulated by photoreceptors and plant hormones such as auxin.https://www.sciencephoto.com/image/870913/350wm/K0065249-Light_and_plant_growth_experiment,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870913/preview/K0065249-Light_and_plant_growth_experiment,_time-lapse_footage-SPL.mp432.132017-07-25Yesapical budauxinbiologicalbiologyblack backgroundbotanicalbotanybudclipcovereddarknessdemonstrationexperimentfilmflorafootagegrowinggrowthleavesmotionnatureno-onenobodypaper bagphototropicphototropismplantplant hormonesresearchseedlingshootstudio shothttps://www.sciencephoto.com/media/870914/view/tomato-plant-growing-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5250 Tomato plant growing, time-lapse footageK006/5250 Tomato plant (Solanum lycopersicum) growing, time-lapse footage.https://www.sciencephoto.com/image/870914/350wm/K0065250-Tomato_plant_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870914/preview/K0065250-Tomato_plant_growing,_time-lapse_footage-SPL.mp425.162017-07-25Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropfarmingfilmflorafootagefruitgardengrowgrowinggrowthmotionnatureno-onenobodyplantsalad vegetablesoilsolanum lycopersicumtime lapsetime-lapsetimelapsetomatovideohttps://www.sciencephoto.com/media/870915/view/grass-seeds-burrowing-into-soil-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5252 Grass seeds burrowing into soil, time-lapse footageK006/5252 Grass seeds burrowing into soil, time-lapse footage. The seeds of some plants are able to respond to conditions such as humidity by self-burrowing into soil by rotating their 'arms'. This adaptation helps to optimise conditions for successful sprouting of the seeds into new plants.https://www.sciencephoto.com/image/870915/350wm/K0065252-Grass_seeds_burrowing_into_soil,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870915/preview/K0065252-Grass_seeds_burrowing_into_soil,_time-lapse_footage-SPL.mp426.022017-07-25Yesadaptationadaptedbiologicalbiologybiomechanicsbotanicalbotanyburrowburrowingclipfilmflorafootagegrassgroundmotionmovingnatureno-onenobodyplantplantsreproductionreproductiverotatingrotationseedseedsself-burrowingsoiltime lapsetime-lapsehttps://www.sciencephoto.com/media/870916/view/light-and-plant-growth-experiment-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5254 Light and plant growth experiment, time-lapse footageK006/5254 Light and plant growth experiment. Time-lapse footage of a growing plant with a paper bag over the apical terminal bud of the plant. Placing a paper bag over this bud blocks off the light and removes the ability of the plant to grow towards the light. Instead, it grows straight upwards. The ability of plants to grow towards a light source is known as positive phototropism. This directional plant growth in response to light is regulated by photoreceptors and plant hormones such as auxin.https://www.sciencephoto.com/image/870916/350wm/K0065254-Light_and_plant_growth_experiment,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870916/preview/K0065254-Light_and_plant_growth_experiment,_time-lapse_footage-SPL.mp483.192017-07-25Yesapical budauxinbiologicalbiologyblack backgroundbotanicalbotanybudclipcovereddarknessdemonstrationexperimentfilmflorafootagegrowinggrowthleavesmotionnatureno-onenobodypaper bagphototropicphototropismplantplant hormonesresearchseedlingshootstudio shothttps://www.sciencephoto.com/media/870917/view/house-plant-reviving-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6060 House plant reviving, time-lapse footageK006/6060 House plant reviving, time-lapse footage. Plants wilt and revive depending on the amount of water they contain, obtained through their roots.https://www.sciencephoto.com/image/870917/350wm/K0066060-House_plant_reviving,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870917/preview/K0066060-House_plant_reviving,_time-lapse_footage-SPL.mp48.212017-07-25Yesbiologicalbiologybotanicalbotanyclipfilmfootagehorticulturalhorticulturehouse planthouseplanthydratedhydrationindoorsinsideleafleavesmotionno-onenobodyplantplantspottedrevivedrevivingtime lapsetime-lapsetimelapsevideowateredhttps://www.sciencephoto.com/media/870918/view/plant-growing-towards-a-light-source-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6062 Plant growing towards a light source, time-lapse footageK006/6062 Plant growing towards a light source, time-lapse footage. The ability of plants to grow towards a light source is known as positive phototropism. This directional plant growth in response to light is regulated by photoreceptors and plant hormones such as auxin. Auxin is produced in the apical bud of the shoot. Increased growth on the side of the stem opposite the light source causes the new growth to bend towards the light source.https://www.sciencephoto.com/image/870918/350wm/K0066062-Plant_growing_towards_a_light_source,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870918/preview/K0066062-Plant_growing_towards_a_light_source,_time-lapse_footage-SPL.mp427.132017-07-25Yesauxinbiologicalbiologyblack backgroundbotanicalbotanybudclipdemonstrationexperimentfilmflorafootagegrowinggrowthleavesmotionnatureno-onenobodyphototropicphototropismplantplant hormonesresearchseedlingshootstudio shottime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870919/view/demonstration-of-plant-water-transport-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6066 Demonstration of plant water transport, time-lapse footageK006/6066 Demonstration of plant water transport. Close-up time-lapse footage of an experimental demonstration with blue ink being absorbed by a plant's vascular tissues. This highlights the xylem system used to transport water and minerals in vascular plants (tracheophytes).https://www.sciencephoto.com/image/870919/350wm/K0066066-Demonstration_of_plant_water_transport,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870919/preview/K0066066-Demonstration_of_plant_water_transport,_time-lapse_footage-SPL.mp46.082017-07-25Yesbiologicalbiologyblack backgroundblue inkbotanicalbotanyclipclose-updemonstrationdetailexperimentfilmflorafootageleavesmotionnatureno-onenobodyplantresearchstudio shottime lapsetime-lapsetimelapsetracheophytetracheophytesvascular plantvideowater transportxylemxylem vesselshttps://www.sciencephoto.com/media/870920/view/fern-fronds-unfurling-time-lapse-footage2018-06-19T09:35:46Z0.9K006/6068 Fern fronds unfurling, time-lapse footageK006/6068 Fern fronds unfurling, time-lapse footage.https://www.sciencephoto.com/image/870920/350wm/K0066068-Fern_fronds_unfurling,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870920/preview/K0066068-Fern_fronds_unfurling,_time-lapse_footage-SPL.mp415.042017-07-25Yesbiologicalbiologyblue backgroundbotanicalbotanyclipfernfernsfilmflorafootagemotionnatureno-onenobodyplantskystemstemstime lapsetime-lapsetimelapseunfurlunfurledunfurlingvideohttps://www.sciencephoto.com/media/870921/view/seed-going-mouldy-time-lapse-footage2018-06-19T09:35:46Z0.9K006/6071 Seed going mouldy, time-lapse footageK006/6071 Seed going mouldy. Time-lapse footage of a seed that starts to germinate and sprout, but is then infected by a fungus and goes mouldy, decaying and dying. The grey threads are the hyphae (filaments) of the fungus.https://www.sciencephoto.com/image/870921/350wm/K0066071-Seed_going_mouldy,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870921/preview/K0066071-Seed_going_mouldy,_time-lapse_footage-SPL.mp462.242017-07-25Yes1 seedbiologicalbiologybotanicalbotanyclipconditiondeaddecaydecayeddecayingdiseasedisorderdyingfilmflorafootagefungalfungifungushyphaeinfectedinfectionkilledmotionmouldmouldymycologynatureno-onenobodyonehttps://www.sciencephoto.com/media/870922/view/demonstration-of-plant-water-transport-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6072 Demonstration of plant water transport, time-lapse footageK006/6072 Demonstration of plant water transport. Time-lapse footage of an experimental demonstration with blue ink being absorbed by a plant's vascular tissues. This highlights the xylem system used to transport water and minerals in vascular plants (tracheophytes).https://www.sciencephoto.com/image/870922/350wm/K0066072-Demonstration_of_plant_water_transport,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870922/preview/K0066072-Demonstration_of_plant_water_transport,_time-lapse_footage-SPL.mp418.232017-07-25Yesbiologicalbiologyblack backgroundblue inkbotanicalbotanyclipdemonstrationexperimentfilmflorafootageleavesmotionnatureno-onenobodyplantresearchstudio shottime lapsetime-lapsetimelapsetracheophytetracheophytesvascular plantvideowater transportxylemxylem vesselshttps://www.sciencephoto.com/media/870923/view/tree-leaves-emerging-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6074 Tree leaves emerging, time-lapse footageK006/6074 Tree leaves emerging, time-lapse footage.https://www.sciencephoto.com/image/870923/350wm/K0066074-Tree_leaves_emerging,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870923/preview/K0066074-Tree_leaves_emerging,_time-lapse_footage-SPL.mp418.032017-07-25Yesbiologicalbiologyblue backgroundbotanicalbotanybranchbranchesclipfilmflorafootageleafleavesmotionnatureno-onenobodyplantskytime lapsetime-lapsetreevideohttps://www.sciencephoto.com/media/870924/view/flowers-blooming-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6075 Flowers blooming, time-lapse footageK006/6075 Flowers blooming, time-lapse footage.https://www.sciencephoto.com/image/870924/350wm/K0066075-Flowers_blooming,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870924/preview/K0066075-Flowers_blooming,_time-lapse_footage-SPL.mp4462017-07-25Yesangiospermangiospermsbiologicalbiologybloombloomingbotanicalbotanybudclipfilmfloraflowerflowering plantsflowersfootagehorticulturalhorticulturemotionnatureno-onenobodyopenopeningpinkplanttime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870925/view/new-plant-growth-after-pruning2018-09-19T00:05:21Z0.9K006/6079 New plant growth after pruningK006/6079 Timelapse footage of the growth of new side shoots after the pruning of the growing tip of a plant. The growing tip grows strongly upwards and releases hormones that suppress the growth of side shoots, to help the plant direct its growth upwards to out-compete nearby plants for available light. If the top growth is cut, the suppressing hormones are absent, and the plant grows side shoots that, as seen here, continue the upward growth.https://www.sciencephoto.com/image/870925/350wm/K0066079-New_plant_growth_after_pruning-SPL.jpghttps://www.sciencephoto.com/image/870925/preview/K0066079-New_plant_growth_after_pruning-SPL.mp424.052017-07-25Yesauxinbiologicalbiologyblack backgroundbotanicalbotanybudbushing upclipdemonstrationexperimentfilmflorafootagegrowinggrowthleavesmotionnatureno-onenobodyphototropicphototropismplantplant hormonespruningresearchseedlingshootshootsside shootstudio shothttps://www.sciencephoto.com/media/870926/view/rhubarb-stalks-growing-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6084 Rhubarb stalks growing, time-lapse footageK006/6084 Rhubarb (Rheum rhabarbarum) stalks growing, time-lapse footage.https://www.sciencephoto.com/image/870926/350wm/K0066084-Rhubarb_stalks_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870926/preview/K0066084-Rhubarb_stalks_growing,_time-lapse_footage-SPL.mp441.412017-07-25Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipcropediblefarmingfilmflorafoodfootagegardengrowgrowinggrowthmotionnatureno-onenobodyplantrheum rhabarbarumsoilstalkstime lapsetime-lapsetimelapsevegetablevideohttps://www.sciencephoto.com/media/870927/view/plant-growing-towards-a-light-source-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6087 Plant growing towards a light source, time-lapse footageK006/6087 Plant growing towards a light source, time-lapse footage. The ability of plants to grow towards a light source is known as positive phototropism. This directional plant growth in response to light is regulated by photoreceptors and plant hormones such as auxin. Auxin is produced in the apical bud of the shoot. Increased growth on the side of the stem opposite the light source causes the new growth to bend towards the light source.https://www.sciencephoto.com/image/870927/350wm/K0066087-Plant_growing_towards_a_light_source,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870927/preview/K0066087-Plant_growing_towards_a_light_source,_time-lapse_footage-SPL.mp448.152017-07-25Yesauxinbiologicalbiologyblack backgroundbotanicalbotanybudclipdemonstrationexperimentfilmflorafootagegrowinggrowthleavesmotionnatureno-onenobodyphototropicphototropismplantplant hormonesresearchseedlingshootstudio shottime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870928/view/chilli-plant-growing-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6088 Chilli plant growing, time-lapse footageK006/6088 Chilli plant growing through gravel, time-lapse footage.https://www.sciencephoto.com/image/870928/350wm/K0066088-Chilli_plant_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870928/preview/K0066088-Chilli_plant_growing,_time-lapse_footage-SPL.mp475.082017-07-25Yesagriculturalagricultureallotmentbiologicalbiologybotanicalbotanycapsicumchilliclipcropediblefarmingfilmflorafoodfootagegardengravelgrowgrowingleavesmotionnatureno-onenobodyplantseedlingstalkstalkstime lapsetime-lapsehttps://www.sciencephoto.com/media/870929/view/plant-growing-towards-a-light-source-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6090 Plant growing towards a light source, time-lapse footageK006/6090 Plant growing towards a light source, time-lapse footage. The ability of plants to grow towards a light source is known as positive phototropism. This directional plant growth in response to light is regulated by photoreceptors and plant hormones such as auxin. Auxin is produced in the apical bud of the shoot. Increased growth on the side of the stem opposite the light source causes the new growth to bend towards the light source.https://www.sciencephoto.com/image/870929/350wm/K0066090-Plant_growing_towards_a_light_source,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870929/preview/K0066090-Plant_growing_towards_a_light_source,_time-lapse_footage-SPL.mp485.022017-07-25Yesauxinbiologicalbiologyblack backgroundbotanicalbotanybudclipdemonstrationexperimentfilmflorafootagegrowinggrowthleavesmotionnatureno-onenobodyphototropicphototropismplantplant hormonesresearchseedlingshootstudio shottime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870930/view/pea-plant-growing-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6091 Pea plant growing, time-lapse footageK006/6091 Pea plant growing, time-lapse footage.https://www.sciencephoto.com/image/870930/350wm/K0066091-Pea_plant_growing,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870930/preview/K0066091-Pea_plant_growing,_time-lapse_footage-SPL.mp481.182017-07-25Yesbiologicalbiologyblack backgroundbotanicalbotanyclipcropfilmflorafootagegrowingleafleavesmotionnatureno-onenobodypeapisum sativumplantplantsstudio shottime lapsetime-lapsetimelapsevegetablevegetablesvideohttps://www.sciencephoto.com/media/870931/view/creepers-climbing-bamboo-poles-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6095 Creepers climbing bamboo poles, time-lapse footageK006/6095 Creepers climbing bamboo poles, time-lapse footage.https://www.sciencephoto.com/image/870931/350wm/K0066095-Creepers_climbing_bamboo_poles,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870931/preview/K0066095-Creepers_climbing_bamboo_poles,_time-lapse_footage-SPL.mp432.222017-07-25Yesbamboobiologicalbiologybotanicalbotanycanecanesclimbingclipcreepercreeperscreepingfilmflorafootagegardengrowinggrowthleafleavesmotionnatureno-onenobodyplantpolepolestime lapsetime-lapsetimelapsevideovinehttps://www.sciencephoto.com/media/870932/view/seeds-germinating-underground-in-soil-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6096 Seeds germinating underground in soil, time-lapse footageK006/6096 Seeds germinating underground in soil, time-lapse footage. At the start of germination, the primary root or radicle emerges from the seed. Later on, more roots have formed, as well as the embryonic shoot.https://www.sciencephoto.com/image/870932/350wm/K0066096-Seeds_germinating_underground_in_soil,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870932/preview/K0066096-Seeds_germinating_underground_in_soil,_time-lapse_footage-SPL.mp467.192017-07-25Yes3 seedsagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipclose-upcropdetailearthembryonicfarmingfilmflorafootagegardeninggerminatinggerminationgroundgrowingmotionnatureno-onenobodyplantplant embryoplantsprimary rootradiclehttps://www.sciencephoto.com/media/870933/view/house-plant-wilting-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6098 House plant wilting, time-lapse footageK006/6098 House plant wilting, time-lapse footage. Plants wilt and revive depending on the amount of water they contain, obtained through their roots.https://www.sciencephoto.com/image/870933/350wm/K0066098-House_plant_wilting,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870933/preview/K0066098-House_plant_wilting,_time-lapse_footage-SPL.mp427.212017-07-25Yesbiologicalbiologybotanicalbotanyclipfilmfootagehorticulturalhorticulturehouse planthouseplantindoorsinsidelack of hydrationleafleavesmotionno-onenobodynot hydratednot wateredplantplantspottedtime lapsetime-lapsetimelapsevideowiltedwiltinghttps://www.sciencephoto.com/media/870934/view/house-plant-reviving-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6104 House plant reviving, time-lapse footageK006/6104 House plant reviving, time-lapse footage. Plants wilt and revive depending on the amount of water they contain, obtained through their roots.https://www.sciencephoto.com/image/870934/350wm/K0066104-House_plant_reviving,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870934/preview/K0066104-House_plant_reviving,_time-lapse_footage-SPL.mp411.222017-07-25Yesbiologicalbiologybotanicalbotanyclipfilmfootagehorticulturalhorticulturehouse planthouseplanthydratedhydrationindoorsinsideleafleavesmotionno-onenobodyplantplantspottedrevivedrevivingtime lapsetime-lapsetimelapsevideowateredhttps://www.sciencephoto.com/media/870935/view/flower-blooming-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6106 Flower blooming, time-lapse footageK006/6106 Flower blooming, time-lapse footage.https://www.sciencephoto.com/image/870935/350wm/K0066106-Flower_blooming,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870935/preview/K0066106-Flower_blooming,_time-lapse_footage-SPL.mp424.022017-07-25Yes1 flowerangiospermangiospermsbiologicalbiologybloombloomingbotanicalbotanybudclipfilmfloraflowerflowering plantsfootagehorticulturalhorticulturemotionnatureno-onenobodyoneopenopeningpinkplantsingletime lapsetime-lapsetimelapsevideohttps://www.sciencephoto.com/media/870936/view/bubbles-of-oxygen-from-aquatic-plant-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6109 Bubbles of oxygen from aquatic plant, time-lapse footageK006/6109 Bubbles of oxygen from aquatic plant, time-lapse footage. The oxygen is produced by photosynthesis.https://www.sciencephoto.com/image/870936/350wm/K0066109-Bubbles_of_oxygen_from_aquatic_plant,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870936/preview/K0066109-Bubbles_of_oxygen_from_aquatic_plant,_time-lapse_footage-SPL.mp432.122017-07-25Yesairaquaticbiologicalbiologybotanicalbotanybubblebubbleschemical reactionclipfilmflorafootagegasmotionnatureno-onenobodyo2oxygenpearlingphotosynthesisphotosyntheticplanttime lapsetime-lapsetimelapseunder waterunderwatervideowaterhttps://www.sciencephoto.com/media/870937/view/seeds-germinating-underground-in-soil-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6113 Seeds germinating underground in soil, time-lapse footageK006/6113 Seeds germinating underground in soil, time-lapse footage. At the start of germination, the primary root or radicle emerges from the seed.https://www.sciencephoto.com/image/870937/350wm/K0066113-Seeds_germinating_underground_in_soil,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/870937/preview/K0066113-Seeds_germinating_underground_in_soil,_time-lapse_footage-SPL.mp449.132017-07-25Yes3 seedsagriculturalagricultureallotmentbiologicalbiologybotanicalbotanyclipclose-upcropdetailearthembryonicfarmingfilmflorafootagegardeninggerminatinggerminationgroundgrowingmotionnatureno-onenobodyplantplant embryoplantsprimary rootradiclehttps://www.sciencephoto.com/media/870938/view/data-centre-technician2018-11-06T15:37:31Z0.9K006/9559 Data centre technicianK006/9559 Technician assessing servers at a data centre.https://www.sciencephoto.com/image/870938/350wm/K0069559-Data_centre_technician-SPL.jpghttps://www.sciencephoto.com/image/870938/preview/K0069559-Data_centre_technician-SPL.mp4192017-07-25Yes4kbig datacentercentrecheckingcloudcommunicationscomputercomputerscomputingconnectedconnectionsdataethernethumaninformationitmalemanpersonpowerprocessingsecuresecurityserverserversstoragestoringtechniciantechnologytestinguhdhttps://www.sciencephoto.com/media/870939/view/data-centre-technician2018-11-06T15:32:09Z0.9K006/9561 Data centre technicianK006/9561 Technician assessing servers at a data centre.https://www.sciencephoto.com/image/870939/350wm/K0069561-Data_centre_technician-SPL.jpghttps://www.sciencephoto.com/image/870939/preview/K0069561-Data_centre_technician-SPL.mp4122017-07-25Yes4kbig datacentercentrecheckingcloudcommunicationscomputercomputerscomputingconnectedconnectionsdataethernethumaninformationitmalemanpersonpowerprocessingsecuresecurityserverserversstoragestoringtechniciantechnologytestinguhdhttps://www.sciencephoto.com/media/870940/view/data-centre2018-03-28T09:38:32Z0.9K006/9612 Data centreK006/9612 Data centrehttps://www.sciencephoto.com/image/870940/350wm/K0069612-Data_centre-SPL.jpghttps://www.sciencephoto.com/image/870940/preview/K0069612-Data_centre-SPL.mp4312017-07-25Yes4kbig databusycleancloudcommunicatingcommunicationcommunicationscomputerconnectedconnectionconnectionsconnexionsdatadata centerdata centredeliverydrivedrivesethernetflashingflickeringinformationinfrastructureinternetitlightlightsmemorymodernonlinerackhttps://www.sciencephoto.com/media/870941/view/data-centre2018-03-28T09:38:32Z0.9K006/9613 Data centreK006/9613 Data centrehttps://www.sciencephoto.com/image/870941/350wm/K0069613-Data_centre-SPL.jpghttps://www.sciencephoto.com/image/870941/preview/K0069613-Data_centre-SPL.mp415.222017-07-25Yes4kbig databusycleancloudcommunicatingcommunicationcommunicationscomputerconnectedconnectionconnectionsconnexionsdatadata centerdata centredeliverydrivedrivesethernetflashingflickeringinformationinfrastructureinternetitlightlightsmemorymodernonlinerackhttps://www.sciencephoto.com/media/870942/view/data-centre2018-03-28T09:38:32Z0.9K006/9614 Data centreK006/9614 Data centrehttps://www.sciencephoto.com/image/870942/350wm/K0069614-Data_centre-SPL.jpghttps://www.sciencephoto.com/image/870942/preview/K0069614-Data_centre-SPL.mp4152017-07-25Yes4kbig databusycleancloudcommunicatingcommunicationcommunicationscomputerconnectedconnectionconnectionsconnexionsdatadata centerdata centredeliverydrivedrivesethernetflashingflickeringinformationinfrastructureinternetitlightlightsmemorymodernonlinerackhttps://www.sciencephoto.com/media/870943/view/flea2018-03-28T09:38:32Z0.9K006/9660 FleaK006/9660 Microscope footage of a flea, a parasitic wingless insect. Fleas have flattened bodies that allow them to move around amongst the hair or feathers of their host. They grip with strong claws and feed on blood with their piercing mouthparts.https://www.sciencephoto.com/image/870943/350wm/K0069660-Flea-SPL.jpghttps://www.sciencephoto.com/image/870943/preview/K0069660-Flea-SPL.mp411.042017-07-25Yesanimalbitingbloodsuckerbloodsuckingdetailectoparasitefaunafleainsectmagnifiedmicroscopemicroscopicmicroscopynatureparasiteparasitesparasiticsiphonapterawildlifehttps://www.sciencephoto.com/media/870944/view/fungal-mycelium-growing-timelapse2018-03-28T09:38:32Z0.9K006/9661 Fungal mycelium growing, timelapseK006/9661 Timelapse footage of the growth of fungal mycelium in soil. Mycelium is the vegetative part of a fungus, formed of networks of fine hairs called hyphae, which extract nutrients from the substrate. Filmed with a frame taken every 60 seconds (sped up 1500 times).https://www.sciencephoto.com/image/870944/350wm/K0069661-Fungal_mycelium_growing,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/870944/preview/K0069661-Fungal_mycelium_growing,_timelapse-SPL.mp49.022017-07-25Yesbiologicalbiologydarkfungalfungifungusgrowinggrowthhyphahyphaelivingmagnifiedmicroscopemicroscopicmyceliummycologynetworksoilsped upspeeded upsubterraneanterrestrialtimelapseundergroundhttps://www.sciencephoto.com/media/870945/view/flea2018-03-28T09:38:32Z0.9K006/9662 FleaK006/9662 Microscope footage of a flea, a parasitic wingless insect. Fleas have flattened bodies that allow them to move around amongst the hair or feathers of their host. They grip with strong claws and feed on blood with their piercing mouthparts.https://www.sciencephoto.com/image/870945/350wm/K0069662-Flea-SPL.jpghttps://www.sciencephoto.com/image/870945/preview/K0069662-Flea-SPL.mp4452017-07-25Yesanimalbitingbloodsuckerbloodsuckingdetailectoparasitefaunafleainsectmagnifiedmicroscopemicroscopicmicroscopynatureparasiteparasitesparasiticsiphonapterawildlifehttps://www.sciencephoto.com/media/870946/view/copepod2018-03-28T09:38:32Z0.9K006/9665 CopepodK006/9665 Microscope footage of a copepod, a small marine crustacean. It has a prominent red eye and long antennae. Copepods are an important part of the marine zooplankton, feeding on phytoplankton and being eaten by fish and other marine life. Filmed with darkfield illumination.https://www.sciencephoto.com/image/870946/350wm/K0069665-Copepod-SPL.jpghttps://www.sciencephoto.com/image/870946/preview/K0069665-Copepod-SPL.mp477.042017-07-25Yesanimalantennaantennaecopepodcopepodscrustaceacrustaceandarkfieldeyefood chaingutmarinemicroscopemicroscopicmicroscopyoceanone animalplanktonplanktonicseawildlifezooplanktonhttps://www.sciencephoto.com/media/870947/view/purple-sea-urchin-embryos2018-03-28T09:38:32Z0.9K006/9666 Purple sea urchin embryosK006/9666 Microscope footage of planktonic embryos of the purple sea urchin (Strongylocentrotus purpuratus). The purple sea urchin is a scavenger that inhabits the rocky coasts of western North America. It is a model organism in biological research, and its genome was sequenced in 2006. Filmed with darkfield illumination.https://www.sciencephoto.com/image/870947/350wm/K0069666-Purple_sea_urchin_embryos-SPL.jpghttps://www.sciencephoto.com/image/870947/preview/K0069666-Purple_sea_urchin_embryos-SPL.mp4692017-07-25Yesanimalaquaticbiologicalbiologyblastulacoastaldarkfieldechinodermechinodermataembryofaunafertilisedgeneticgeneticsgenomeimmaturejuvenilekelp forestmanymarinemicroscopemicroscopicmodelmultiplenorth americanoceanorganismpacificplanktonplanktonicpurple sea urchinreproductionhttps://www.sciencephoto.com/media/870948/view/purple-sea-urchin-larva2018-03-28T09:38:32Z0.9K006/9843 Purple sea urchin larvaK006/9843 Microscope footage of the planktonic larva of the purple sea urchin (Strongylocentrotus purpuratus). The purple sea urchin is a scavenger that inhabits the rocky coasts of western North America. It is a model organism in biological research, and its genome was sequenced in 2006. Filmed with darkfield illumination.https://www.sciencephoto.com/image/870948/350wm/K0069843-Purple_sea_urchin_larva-SPL.jpghttps://www.sciencephoto.com/image/870948/preview/K0069843-Purple_sea_urchin_larva-SPL.mp4482017-07-25Yesanimalaquaticbiologicalbiologycoastaldarkfieldechinodermechinodermatafaunageneticgeneticsgenomeimmaturejuvenilekelp forestlarvalarvaemarinemicroscopemicroscopicmodelnorth americanoceanorganismpacificplanktonplanktonicpurple sea urchinresearchseasea urchinsequencehttps://www.sciencephoto.com/media/870949/view/purple-sea-urchin-larva2018-03-28T09:38:32Z0.9K006/9844 Purple sea urchin larvaK006/9844 Microscope footage of the planktonic larva of the purple sea urchin (Strongylocentrotus purpuratus). The purple sea urchin is a scavenger that inhabits the rocky coasts of western North America. It is a model organism in biological research, and its genome was sequenced in 2006. Filmed with darkfield illumination.https://www.sciencephoto.com/image/870949/350wm/K0069844-Purple_sea_urchin_larva-SPL.jpghttps://www.sciencephoto.com/image/870949/preview/K0069844-Purple_sea_urchin_larva-SPL.mp4502017-07-25Yes4kanimalaquaticbiologicalbiologycoastaldarkfieldechinodermechinodermatafaunageneticgeneticsgenomeimmaturejuvenilekelp forestlarvalarvaemarinemicroscopemicroscopicmodelnorth americanoceanorganismpacificplanktonplanktonicpurple sea urchinresearchseasea urchinhttps://www.sciencephoto.com/media/870950/view/purple-sea-urchin-larva2018-03-28T09:38:32Z0.9K006/9845 Purple sea urchin larvaK006/9845 Microscope footage of the planktonic larva of the purple sea urchin (Strongylocentrotus purpuratus). The purple sea urchin is a scavenger that inhabits the rocky coasts of western North America. It is a model organism in biological research, and its genome was sequenced in 2006. Filmed with darkfield illumination.https://www.sciencephoto.com/image/870950/350wm/K0069845-Purple_sea_urchin_larva-SPL.jpghttps://www.sciencephoto.com/image/870950/preview/K0069845-Purple_sea_urchin_larva-SPL.mp4462017-07-25Yesanimalaquaticbiologicalbiologycoastaldarkfieldechinodermechinodermatafaunageneticgeneticsgenomeimmaturejuvenilekelp forestlarvalarvaemarinemicroscopemicroscopicmodelnorth americanoceanorganismpacificplanktonplanktonicpurple sea urchinresearchseasea urchinsequencehttps://www.sciencephoto.com/media/870951/view/purple-sea-urchin-larva2018-03-28T09:38:32Z0.9K006/9846 Purple sea urchin larvaK006/9846 Microscope footage of the planktonic larva of the purple sea urchin (Strongylocentrotus purpuratus). The purple sea urchin is a scavenger that inhabits the rocky coasts of western North America. It is a model organism in biological research, and its genome was sequenced in 2006. Filmed with darkfield illumination.https://www.sciencephoto.com/image/870951/350wm/K0069846-Purple_sea_urchin_larva-SPL.jpghttps://www.sciencephoto.com/image/870951/preview/K0069846-Purple_sea_urchin_larva-SPL.mp4262017-07-25Yes4kanimalaquaticbiologicalbiologycoastaldarkfieldechinodermechinodermatafaunageneticgeneticsgenomeimmaturejuvenilekelp forestlarvalarvaemarinemicroscopemicroscopicmodelnorth americanoceanorganismpacificplanktonplanktonicpurple sea urchinresearchseasea urchinhttps://www.sciencephoto.com/media/870952/view/purple-sea-urchin-larva2018-03-28T09:38:32Z0.9K006/9847 Purple sea urchin larvaK006/9847 Microscope footage of the planktonic larva of the purple sea urchin (Strongylocentrotus purpuratus). The purple sea urchin is a scavenger that inhabits the rocky coasts of western North America. It is a model organism in biological research, and its genome was sequenced in 2006. Filmed with darkfield illumination.https://www.sciencephoto.com/image/870952/350wm/K0069847-Purple_sea_urchin_larva-SPL.jpghttps://www.sciencephoto.com/image/870952/preview/K0069847-Purple_sea_urchin_larva-SPL.mp440.012017-07-25Yes4kanimalaquaticbiologicalbiologycoastaldarkfieldechinodermechinodermatafaunageneticgeneticsgenomeimmaturejuvenilekelp forestlarvalarvaemarinemicroscopemicroscopicmodelnorth americanoceanorganismpacificplanktonplanktonicpurple sea urchinresearchseasea urchinhttps://www.sciencephoto.com/media/870953/view/newton-s-reflecting-telescope2018-03-28T09:38:32Z0.9K007/0019 Newton's reflecting telescopeK007/0019 Animated model of the reflecting telescope designed and built by the English scientist Isaac Newton in 1671-2. Unlike earlier telescopes, which used lenses to focus light, Newton's designs used a concave mirror to focus light, helping to prevent the splitting of colours seen with lenses. This telescope was the third built by Newton, and had a mirror some 5 centimetres in diameter. Newtonian telescopes remain popular, as a large mirror is cheaper and lighter to construct than a lens giving the same light-gathering and magnifying power. Newton used his telescope to observe the phases of Venus and the moons of Jupiter. On white background. See clip K007 0020 for the same model on a transparent alpha channel.https://www.sciencephoto.com/image/870953/350wm/K0070019-Newton_s_reflecting_telescope-SPL.jpghttps://www.sciencephoto.com/image/870953/preview/K0070019-Newton_s_reflecting_telescope-SPL.mp4302017-07-25Yes1600s167217th century1st4kanimatedanimationastronomicalastronomydeviceequipmentfirsthistorichistoricalhistoryhistory of scienceinventedinventionisaac newtonmagnificationmilky waymirrormirrorsmodelnewtonnewton-wickinsnewtonianobservationobservationsphysicalphysicsreflectinghttps://www.sciencephoto.com/media/870954/view/newton-s-reflecting-telescope2018-03-28T09:38:32Z0.9K007/0020 Newton's reflecting telescopeK007/0020 Animated model of the reflecting telescope designed and built by the English scientist Isaac Newton in 1671-2. Unlike earlier telescopes, which used lenses to focus light, Newton's designs used a concave mirror to focus light, helping to prevent the splitting of colours seen with lenses. This telescope was the third built by Newton, and had a mirror some 5 centimetres in diameter. Newtonian telescopes remain popular, as a large mirror is cheaper and lighter to construct than a lens giving the same light-gathering and magnifying power. Newton used his telescope to observe the phases of Venus and the moons of Jupiter. Master contains alpha channel.https://www.sciencephoto.com/image/870954/350wm/K0070020-Newton_s_reflecting_telescope-SPL.jpghttps://www.sciencephoto.com/image/870954/preview/K0070020-Newton_s_reflecting_telescope-SPL.mp4302017-07-25Yes1600s167217th century1st4kalphaanimatedanimationastronomicalastronomybackgrounddeviceequipmentfirsthistorichistoricalhistoryhistory of scienceinventedinventionisaac newtonmagnificationmilky waymirrormirrorsmodelnewtonnewton-wickinsnewtonianobservationobservationsphysicalhttps://www.sciencephoto.com/media/870955/view/newton-s-reflecting-telescope2018-03-28T09:38:32Z0.9K007/0021 Newton's reflecting telescopeK007/0021 Animated model of the reflecting telescope designed and built by the English scientist Isaac Newton in 1671-2. Unlike earlier telescopes, which used lenses to focus light, Newton's designs used a concave mirror to focus light, helping to prevent the splitting of colours seen with lenses. This telescope was the third built by Newton, and had a mirror some 5 centimetres in diameter. Newtonian telescopes remain popular, as a large mirror is cheaper and lighter to construct than a lens giving the same light-gathering and magnifying power. Newton used his telescope to observe the phases of Venus and the moons of Jupiter. See clip K007 0020 for the same model on a transparent alpha channel.https://www.sciencephoto.com/image/870955/350wm/K0070021-Newton_s_reflecting_telescope-SPL.jpghttps://www.sciencephoto.com/image/870955/preview/K0070021-Newton_s_reflecting_telescope-SPL.mp4302017-07-25Yes1600s167217th century1st4kanimatedanimationastronomicalastronomybackgrounddeviceequipmentfirsthistorichistoricalhistoryhistory of scienceinventedinventionisaac newtonmagnificationmilky waymirrormirrorsmodelnewtonnewton-wickinsnewtonianobservationobservationsphysicalphysicshttps://www.sciencephoto.com/media/870956/view/newton-s-reflecting-telescope2018-03-28T09:38:32Z0.9K007/0022 Newton's reflecting telescopeK007/0022 Animated model of the reflecting telescope designed and built by the English scientist Isaac Newton in 1671-2. Unlike earlier telescopes, which used lenses to focus light, Newton's designs used a concave mirror to focus light, helping to prevent the splitting of colours seen with lenses. This telescope was the third built by Newton, and had a mirror some 5 centimetres in diameter. Newtonian telescopes remain popular, as a large mirror is cheaper and lighter to construct than a lens giving the same light-gathering and magnifying power. Newton used his telescope to observe the phases of Venus and the moons of Jupiter. On black background. See clip K007 0020 for the same model on a transparent alpha channel.https://www.sciencephoto.com/image/870956/350wm/K0070022-Newton_s_reflecting_telescope-SPL.jpghttps://www.sciencephoto.com/image/870956/preview/K0070022-Newton_s_reflecting_telescope-SPL.mp4302017-07-25Yes1600s167217th century1st4kanimatedanimationastronomicalastronomyblack backgrounddeviceequipmentfirsthistorichistoricalhistoryhistory of scienceinventedinventionisaac newtonmagnificationmilky waymirrormirrorsmodelnewtonnewton-wickinsnewtonianobservationobservationsphysicalphysicshttps://www.sciencephoto.com/media/870957/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9586 E coli bacteria, microscopyK006/9586 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/870957/350wm/K0069586-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870957/preview/K0069586-E_coli_bacteria,_microscopy-SPL.mp421.152017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacoliculturedicdifferential interference contrastee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870958/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9587 E coli bacteria, microscopyK006/9587 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/870958/350wm/K0069587-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870958/preview/K0069587-E_coli_bacteria,_microscopy-SPL.mp421.222017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacoliculturedicdifferential interference contrastee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870959/view/e-coli-bacteria-microscopy2018-11-06T15:32:09Z0.9K006/9588 E coli bacteria, microscopyK006/9588 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870959/350wm/K0069588-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870959/preview/K0069588-E_coli_bacteria,_microscopy-SPL.mp437.022017-07-25Yesbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainhttps://www.sciencephoto.com/media/870960/view/e-coli-bacteria-microscopy2018-11-06T15:38:13Z0.9K006/9589 E coli bacteria, microscopyK006/9589 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870960/350wm/K0069589-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870960/preview/K0069589-E_coli_bacteria,_microscopy-SPL.mp443.22017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870961/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9590 E coli bacteria, microscopyK006/9590 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/870961/350wm/K0069590-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870961/preview/K0069590-E_coli_bacteria,_microscopy-SPL.mp4202017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacoliculturedicdifferential interference contrastee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870962/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9591 E coli bacteria, microscopyK006/9591 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870962/350wm/K0069591-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870962/preview/K0069591-E_coli_bacteria,_microscopy-SPL.mp4202017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870963/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9592 E coli bacteria, microscopyK006/9592 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870963/350wm/K0069592-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870963/preview/K0069592-E_coli_bacteria,_microscopy-SPL.mp477.062017-07-25Yesbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainhttps://www.sciencephoto.com/media/870964/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9593 E coli bacteria, microscopyK006/9593 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870964/350wm/K0069593-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870964/preview/K0069593-E_coli_bacteria,_microscopy-SPL.mp4252017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870965/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9594 E coli bacteria, microscopyK006/9594 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870965/350wm/K0069594-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870965/preview/K0069594-E_coli_bacteria,_microscopy-SPL.mp425.222017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870966/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9595 E coli bacteria, microscopyK006/9595 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/870966/350wm/K0069595-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870966/preview/K0069595-E_coli_bacteria,_microscopy-SPL.mp49.182017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacoliculturedicdifferential interference contrastee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870967/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9596 E coli bacteria, microscopyK006/9596 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870967/350wm/K0069596-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870967/preview/K0069596-E_coli_bacteria,_microscopy-SPL.mp423.052017-07-25Yesbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainhttps://www.sciencephoto.com/media/870968/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9597 E coli bacteria, microscopyK006/9597 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870968/350wm/K0069597-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870968/preview/K0069597-E_coli_bacteria,_microscopy-SPL.mp414.052017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870969/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9598 E coli bacteria, microscopyK006/9598 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870969/350wm/K0069598-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870969/preview/K0069598-E_coli_bacteria,_microscopy-SPL.mp48.162017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870970/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9599 E coli bacteria, microscopyK006/9599 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870970/350wm/K0069599-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870970/preview/K0069599-E_coli_bacteria,_microscopy-SPL.mp436.162017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870971/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9600 E coli bacteria, microscopyK006/9600 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870971/350wm/K0069600-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870971/preview/K0069600-E_coli_bacteria,_microscopy-SPL.mp4212017-07-25Yesbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainhttps://www.sciencephoto.com/media/870972/view/e-coli-bacteria-microscopy2018-11-06T15:38:28Z0.9K006/9601 E coli bacteria, microscopyK006/9601 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870972/350wm/K0069601-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870972/preview/K0069601-E_coli_bacteria,_microscopy-SPL.mp4202017-07-25Yesbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainhttps://www.sciencephoto.com/media/870973/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9602 E coli bacteria, microscopyK006/9602 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/870973/350wm/K0069602-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870973/preview/K0069602-E_coli_bacteria,_microscopy-SPL.mp4202017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacoliculturedicdifferential interference contrastee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870974/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9603 E coli bacteria, microscopyK006/9603 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/870974/350wm/K0069603-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870974/preview/K0069603-E_coli_bacteria,_microscopy-SPL.mp4102017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacoliculturedicdifferential interference contrastee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870975/view/e-coli-bacteria-microscopy2018-11-06T15:37:08Z0.9K006/9604 E coli bacteria, microscopyK006/9604 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870975/350wm/K0069604-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870975/preview/K0069604-E_coli_bacteria,_microscopy-SPL.mp428.052017-07-25Yesbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainhttps://www.sciencephoto.com/media/870976/view/e-coli-bacteria-microscopy2018-11-06T15:32:44Z0.9K006/9605 E coli bacteria, microscopyK006/9605 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870976/350wm/K0069605-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870976/preview/K0069605-E_coli_bacteria,_microscopy-SPL.mp429.042017-07-25Yesbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainhttps://www.sciencephoto.com/media/870977/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9606 E coli bacteria, microscopyK006/9606 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/870977/350wm/K0069606-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870977/preview/K0069606-E_coli_bacteria,_microscopy-SPL.mp4202017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacoliculturedicdifferential interference contrastee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870978/view/e-coli-bacteria-microscopy2018-03-28T09:38:32Z0.9K006/9607 E coli bacteria, microscopyK006/9607 Light microscope footage of Escherichia coli bacteria moving around. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870978/350wm/K0069607-E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870978/preview/K0069607-E_coli_bacteria,_microscopy-SPL.mp417.082017-07-25Yes4kbacteriabacterialbacteriumbiological researchcoccoid bacteriacolicultureee coliescherichia coliflorafood poisoninggutgut bacteriahealthyintestineintestinesk-12k12light microscopemicroscopymodel organismnormalpathogenicphase contrastprokaryoterod-shapedstrainuhdhttps://www.sciencephoto.com/media/870979/view/cold-e-coli-bacteria-microscopy2018-11-06T15:32:26Z0.9K006/9667 Cold E coli bacteria, microscopyK006/9667 Light microscope footage of cold Escherichia coli bacteria having been frozen. E. coli is a Gram-negative bacterium found in the intestines of warm-blooded animals. It is a normal member of the gut flora, but some strains of E. coli can cause food poisoning. Freezing or refrigerating food slows the growth of bacteria but does not kill all of the cells, allowing them to revive and reproduce when warmed again. The bacterial cells are around 2x0.5 micrometres in size. This is the K12 strain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/870979/350wm/K0069667-Cold_E_coli_bacteria,_microscopy-SPL.jpghttps://www.sciencephoto.com/image/870979/preview/K0069667-Cold_E_coli_bacteria,_microscopy-SPL.mp420.042017-07-25Yesbacteriabacterialbacteriumbiological researchchilledcoccoid bacteriacoldcolicoolcooledcultureee coliescherichia coliflorafood poisoningfood preservationfrozengutgut bacteriak-12k12light microscopemicroscopymodel organismmovementmovingpathogenicphase contrastpreservingprokaryoterefrigeratedhttps://www.sciencephoto.com/media/871001/view/flea-feeding-on-human-blood2018-06-19T09:35:46Z0.9K006/4854 Flea feeding on human bloodK006/4854 Flea feeding on human blood. Fleas are small wingless insects. They are parasites, feeding on the blood of mammals and birds. In the process of feeding on its host's blood, a flea can transmit (act as a vector for) various diseases.https://www.sciencephoto.com/image/871001/350wm/K0064854-Flea_feeding_on_human_blood-SPL.jpghttps://www.sciencephoto.com/image/871001/preview/K0064854-Flea_feeding_on_human_blood-SPL.mp427.142017-07-26Yes1 fleaanimalarthropodbiologicalbiologybitebloodblood feederblood suckingblood-suckingbloodsuckerclipclose-updetaildisease transmissionentomologicalentomologyfaunafeedingfilmfleafootagehaematophagehaematophagyhematophagehematophagyhuman bodyhuman fleainsectinvertebratemotionnaturehttps://www.sciencephoto.com/media/871002/view/flea-feeding-on-human-blood2018-06-19T09:35:46Z0.9K006/4855 Flea feeding on human bloodK006/4855 Flea feeding on human blood. Fleas are small wingless insects. They are parasites, feeding on the blood of mammals and birds. In the process of feeding on its host's blood, a flea can transmit (act as a vector for) various diseases.https://www.sciencephoto.com/image/871002/350wm/K0064855-Flea_feeding_on_human_blood-SPL.jpghttps://www.sciencephoto.com/image/871002/preview/K0064855-Flea_feeding_on_human_blood-SPL.mp416.182017-07-26Yes1 fleaanimalarthropodbiologicalbiologybitebloodblood feederblood suckingblood-suckingbloodsuckerclipdisease transmissionentomologicalentomologyfaunafeedingfilmfleafootagehaematophagehaematophagyhematophagehematophagyhuman bodyhuman fleainsectinvertebratemotionnatureno-onenobodyhttps://www.sciencephoto.com/media/871003/view/flea-feeding-on-human-blood2018-06-19T09:35:46Z0.9K006/4856 Flea feeding on human bloodK006/4856 Flea feeding on human blood. Fleas are small wingless insects. They are parasites, feeding on the blood of mammals and birds. In the process of feeding on its host's blood, a flea can transmit (act as a vector for) various diseases.https://www.sciencephoto.com/image/871003/350wm/K0064856-Flea_feeding_on_human_blood-SPL.jpghttps://www.sciencephoto.com/image/871003/preview/K0064856-Flea_feeding_on_human_blood-SPL.mp422.12017-07-26Yes1 fleaanimalarthropodbiologicalbiologybitebloodblood feederblood suckingblood-suckingbloodsuckerclipclose-updetaildisease transmissionentomologicalentomologyfaunafeedingfilmfleafootagehaematophagehaematophagyhematophagehematophagyhuman bodyhuman fleainsectinvertebratemotionnaturehttps://www.sciencephoto.com/media/871004/view/bed-bug-cleaning-its-antennae2018-06-19T09:35:46Z0.9K006/5002 Bed bug cleaning its antennaeK006/5002 Bed bug cleaning its antennae on cloth. This wingless, parasitic insect is relatively flat, allowing it to hide in cracks and crevices. It grasps human skin with its forelegs, pierces the skin, and injects anticoagulant and an anaesthetic containing saliva. It feeds at night. The female lays approximately 300 eggs. This insect can cause skin infections due to people scratching the bites. An adult bed bug is around 4 millimetres in length.https://www.sciencephoto.com/image/871004/350wm/K0065002-Bed_bug_cleaning_its_antennae-SPL.jpghttps://www.sciencephoto.com/image/871004/preview/K0065002-Bed_bug_cleaning_its_antennae-SPL.mp421.122017-07-26Yes1 bed buganimalantennaantennaeantennasarthropodbed bugbed sheetbedbugbedsheetbiologicalbiologyblood feederbloodsuckercimex lectulariuscleaningclipclothcommonentomologicalentomologyfaunafilmfootageinsectinvertebratemotionnatureno-onenobodyoneparasitehttps://www.sciencephoto.com/media/871005/view/bed-bug-filling-with-human-blood-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5003 Bed bug filling with human blood, time-lapse footageK006/5003 Bed bug filling with human blood with its abdomen swelling, time-lapse footage. This wingless, parasitic insect is relatively flat, allowing it to hide in cracks and crevices. It grasps human skin with its forelegs, pierces the skin, and injects anticoagulant and an anaesthetic containing saliva. It feeds at night. The female lays approximately 300 eggs. This insect can cause skin infections due to people scratching the bites. An adult bed bug is around 4 millimetres in length.https://www.sciencephoto.com/image/871005/350wm/K0065003-Bed_bug_filling_with_human_blood,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871005/preview/K0065003-Bed_bug_filling_with_human_blood,_time-lapse_footage-SPL.mp446.152017-07-26Yes1 bed buganimalarthropodbed bugbedbugbiologicalbiologyblood feederblood-suckingbloodsuckercimex lectulariusclipcommonentomologicalentomologyfaunafeedingfillfillingfilmfootagehaematophagehaematophagyhematophagehematophagyhuman bodyinsectinvertebratemotionnatureno-onenobodyhttps://www.sciencephoto.com/media/871006/view/bed-bug-crawling-on-cloth2018-06-19T09:35:46Z0.9K006/5004 Bed bug crawling on clothK006/5004 Bed bug crawling on cloth. This wingless, parasitic insect is relatively flat, allowing it to hide in cracks and crevices. It grasps human skin with its forelegs, pierces the skin, and injects anticoagulant and an anaesthetic containing saliva. It feeds at night. The female lays approximately 300 eggs. This insect can cause skin infections due to people scratching the bites. An adult bed bug is around 4 millimetres in length.https://www.sciencephoto.com/image/871006/350wm/K0065004-Bed_bug_crawling_on_cloth-SPL.jpghttps://www.sciencephoto.com/image/871006/preview/K0065004-Bed_bug_crawling_on_cloth-SPL.mp424.132017-07-26Yes1 bed buganimalarthropodbed bugbed sheetbedbugbedsheetbiologicalbiologyblood feederbloodsuckercimex lectulariusclipclothcommonentomologicalentomologyfaunafilmfootageinsectinvertebratemotionnatureno-onenobodyoneparasiteparasiticsinglevideowildlifehttps://www.sciencephoto.com/media/871007/view/bed-bug-feeding-on-human-blood2018-06-19T09:35:46Z0.9K006/5005 Bed bug feeding on human bloodK006/5005 Bed bug feeding on human blood. This wingless, parasitic insect is relatively flat, allowing it to hide in cracks and crevices. It grasps human skin with its forelegs, pierces the skin, and injects anticoagulant and an anaesthetic containing saliva. It feeds at night. The female lays approximately 300 eggs. This insect can cause skin infections due to people scratching the bites. An adult bed bug is around 4 millimetres in length.https://www.sciencephoto.com/image/871007/350wm/K0065005-Bed_bug_feeding_on_human_blood-SPL.jpghttps://www.sciencephoto.com/image/871007/preview/K0065005-Bed_bug_feeding_on_human_blood-SPL.mp46.142017-07-26Yes1 bed buganimalarthropodbed bugbedbugbiologicalbiologyblood feederblood-suckingbloodsuckercimex lectulariusclipcommonentomologicalentomologyfaunafeedingfilmfootagehaematophagehaematophagyhematophagehematophagyhuman bodyinsectinvertebratemotionnatureno-onenobodyoneparasitehttps://www.sciencephoto.com/media/871008/view/parasite-in-a-snail-s-eye-stalk2018-06-19T09:35:46Z0.9K006/5134 Parasite in a snail's eye-stalkK006/5134 Parasite in a snail's eye-stalk.https://www.sciencephoto.com/image/871008/350wm/K0065134-Parasite_in_a_snail_s_eye-stalk-SPL.jpghttps://www.sciencephoto.com/image/871008/preview/K0065134-Parasite_in_a_snail_s_eye-stalk-SPL.mp49.242017-07-26Yesanimalbiologicalbiologyclipclose-upconditiondetaildiseasedisordereye stalkeye-stalkeyestalkfaunafilmfootagegastropodinvertebratemolluscmotionnatureno-onenobodyparasiteparasiticparasitisedparasitizedsnailvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871009/view/dragonfly-nymph-on-an-aquatic-plant2018-06-19T09:35:46Z0.9K006/5139 Dragonfly nymph on an aquatic plantK006/5139 Dragonfly nymph on an aquatic plant. Nymphs are an immature form of some invertebrates, including insects such as dragonflies. They are preceded by a larva, with several instar nymph stages ending in the adult stage that emerges to fly above the water. Dragonflies are predatory winged insects that feed on small insects in and around wetlands areas.https://www.sciencephoto.com/image/871009/350wm/K0065139-Dragonfly_nymph_on_an_aquatic_plant-SPL.jpghttps://www.sciencephoto.com/image/871009/preview/K0065139-Dragonfly_nymph_on_an_aquatic_plant-SPL.mp413.172017-07-26Yes1 dragonflyanimalaquaticarthropodbiologicalbiologyclipdragonflyentomologicalentomologyfaunafilmfootagefreshwaterinsectinstarinvertebratelife stagemotionnatureno-onenobodynymphodonataoneplantpredatorpredatorysingleswimmingunderwatervideohttps://www.sciencephoto.com/media/871010/view/parasite-in-a-snail-s-eye-stalk2018-06-19T09:35:46Z0.9K006/5143 Parasite in a snail's eye-stalkK006/5143 Parasite in a snail's eye-stalk.https://www.sciencephoto.com/image/871010/350wm/K0065143-Parasite_in_a_snail_s_eye-stalk-SPL.jpghttps://www.sciencephoto.com/image/871010/preview/K0065143-Parasite_in_a_snail_s_eye-stalk-SPL.mp421.142017-07-26Yesanimalbiologicalbiologyclipclose-upconditiondetaildiseasedisordereye stalkeye-stalkeyestalkfaunafilmfootagegastropodinvertebratemolluscmotionnatureno-onenobodyparasiteparasiticparasitisedparasitizedsnailvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871011/view/dragonfly-nymph-on-an-aquatic-plant2018-06-19T09:35:46Z0.9K006/5160 Dragonfly nymph on an aquatic plantK006/5160 Dragonfly nymph on an aquatic plant. Nymphs are an immature form of some invertebrates, including insects such as dragonflies. They are preceded by a larva, with several instar nymph stages ending in the adult stage that emerges to fly above the water. Dragonflies are predatory winged insects that feed on small insects in and around wetlands areas.https://www.sciencephoto.com/image/871011/350wm/K0065160-Dragonfly_nymph_on_an_aquatic_plant-SPL.jpghttps://www.sciencephoto.com/image/871011/preview/K0065160-Dragonfly_nymph_on_an_aquatic_plant-SPL.mp426.122017-07-26Yes1 dragonflyanimalaquaticarthropodbiologicalbiologyclipdragonflyentomologicalentomologyfaunafilmfootagefreshwaterinsectinstarinvertebratelife stagemotionnatureno-onenobodynymphodonataoneplantpredatorpredatorysingleswimmingunderwatervideohttps://www.sciencephoto.com/media/871012/view/leeches-swimming-underwater2018-06-19T09:35:46Z0.9K006/5164 Leeches swimming underwaterK006/5164 Leeches swimming underwater in a tank, attaching to the glass. Freshwater leeches (family Hirudinidae) are parasites that have two suckers, one at each end of the body and used to attach to the skin of a victim while drinking their blood. Freshwater leeches are found in lakes and marshes, as well as slow-flowing streams. They feed on the blood of fish, amphibians and mammals. Leeches are also used for medicinal purposes.https://www.sciencephoto.com/image/871012/350wm/K0065164-Leeches_swimming_underwater-SPL.jpghttps://www.sciencephoto.com/image/871012/preview/K0065164-Leeches_swimming_underwater-SPL.mp411.042017-07-26Yesanimalannelidannelidaaquatic plantsbiologicalbiologyblood feederblood-suckerblood-suckingclipectoparastefaunafilmfootagefreshwaterhematophagehematophagyhirudineahirudinidaeinvertebrateleechleechesmedicalmedicinalmedicinemotionnatureno-onenobodyparasiteparasiticplantshttps://www.sciencephoto.com/media/871013/view/leeches-swimming-underwater2018-06-19T09:35:46Z0.9K006/5167 Leeches swimming underwaterK006/5167 Leeches swimming underwater in a tank, attaching to the glass. Freshwater leeches (family Hirudinidae) are parasites that have two suckers, one at each end of the body and used to attach to the skin of a victim while drinking their blood. Freshwater leeches are found in lakes and marshes, as well as slow-flowing streams. They feed on the blood of fish, amphibians and mammals. Leeches are also used for medicinal purposes.https://www.sciencephoto.com/image/871013/350wm/K0065167-Leeches_swimming_underwater-SPL.jpghttps://www.sciencephoto.com/image/871013/preview/K0065167-Leeches_swimming_underwater-SPL.mp44.22017-07-26Yesanimalannelidannelidaaquatic plantsbiologicalbiologyblood feederblood-suckerblood-suckingclipectoparastefaunafilmfootagefreshwaterhematophagehematophagyhirudineahirudinidaeinvertebrateleechleechesmedicalmedicinalmedicinemotionnatureno-onenobodyparasiteparasiticplantshttps://www.sciencephoto.com/media/871014/view/leeches-swimming-underwater2018-06-19T09:35:46Z0.9K006/5190 Leeches swimming underwaterK006/5190 Leeches swimming underwater in a tank, attaching to the glass. Freshwater leeches (family Hirudinidae) are parasites that have two suckers, one at each end of the body and used to attach to the skin of a victim while drinking their blood. Freshwater leeches are found in lakes and marshes, as well as slow-flowing streams. They feed on the blood of fish, amphibians and mammals. Leeches are also used for medicinal purposes.https://www.sciencephoto.com/image/871014/350wm/K0065190-Leeches_swimming_underwater-SPL.jpghttps://www.sciencephoto.com/image/871014/preview/K0065190-Leeches_swimming_underwater-SPL.mp413.092017-07-26Yesanimalannelidannelidaaquatic plantsbiologicalbiologyblood feederblood-suckerblood-suckingclipectoparastefaunafilmfootagefreshwaterhematophagehematophagyhirudineahirudinidaeinvertebrateleechleechesmedicalmedicinalmedicinemotionnatureno-onenobodyparasiteparasiticplantshttps://www.sciencephoto.com/media/871015/view/snails-eating-lettuce-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5194 Snails eating lettuce, time-lapse footageK006/5194 Snails eating lettuce, time-lapse footage.https://www.sciencephoto.com/image/871015/350wm/K0065194-Snails_eating_lettuce,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871015/preview/K0065194-Snails_eating_lettuce,_time-lapse_footage-SPL.mp46.242017-07-26Yesallotmentanimalbiologicalbiologybotanicalbotanyclipcropdamagedamageddamagingeatingfaunafeedingfilmflorafoliagefootageforaginggardengastropodinvertebratesleaveslettucemolluscmotionnatureno-onenobodypestplantplantshttps://www.sciencephoto.com/media/871016/view/snails-eating-garden-plants-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5197 Snails eating garden plants, time-lapse footageK006/5197 Snails eating garden plants, time-lapse footage.https://www.sciencephoto.com/image/871016/350wm/K0065197-Snails_eating_garden_plants,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871016/preview/K0065197-Snails_eating_garden_plants,_time-lapse_footage-SPL.mp49.112017-07-26Yesallotmentanimalbiologicalbiologybotanicalbotanyclipcropdamagedamageddamagingeatingfaunafeedingfilmflorafoliagefootageforaginggardengastropodinvertebratesleavesmolluscmotionnatureno-onenobodypestplantplantssnailhttps://www.sciencephoto.com/media/871017/view/leeches-swimming-underwater2018-11-06T15:35:31Z0.9K006/5198 Leeches swimming underwaterK006/5198 Leeches swimming underwater in a tank, attaching to the glass. Freshwater leeches (family Hirudinidae) are parasites that have two suckers, one at each end of the body and used to attach to the skin of a victim while drinking their blood. Freshwater leeches are found in lakes and marshes, as well as slow-flowing streams. They feed on the blood of fish, amphibians and mammals. Leeches are also used for medicinal purposes.https://www.sciencephoto.com/image/871017/350wm/K0065198-Leeches_swimming_underwater-SPL.jpghttps://www.sciencephoto.com/image/871017/preview/K0065198-Leeches_swimming_underwater-SPL.mp410.132017-07-26Yesanimalannelidannelidaaquatic plantsbiologicalbiologyblood feederblood-suckerblood-suckingclipectoparastefaunafilmfootagefreshwaterhematophagehematophagyhirudineahirudinidaeinvertebrateleechleechesmedicalmedicinalmedicinemotionnatureno-onenobodyparasiteparasiticplantshttps://www.sciencephoto.com/media/871018/view/dragonfly-nymph-on-an-aquatic-plant2018-06-19T09:35:46Z0.9K006/5200 Dragonfly nymph on an aquatic plantK006/5200 Dragonfly nymph on an aquatic plant. Nymphs are an immature form of some invertebrates, including insects such as dragonflies. They are preceded by a larva, with several instar nymph stages ending in the adult stage that emerges to fly above the water. Dragonflies are predatory winged insects that feed on small insects in and around wetlands areas.https://www.sciencephoto.com/image/871018/350wm/K0065200-Dragonfly_nymph_on_an_aquatic_plant-SPL.jpghttps://www.sciencephoto.com/image/871018/preview/K0065200-Dragonfly_nymph_on_an_aquatic_plant-SPL.mp49.242017-07-26Yes1 dragonflyanimalaquaticarthropodbiologicalbiologyclipdragonflyentomologicalentomologyfaunafilmfootagefreshwaterinsectinstarinvertebratelife stagemotionnatureno-onenobodynymphodonataoneplantpredatorpredatorysingleswimmingunderwatervideohttps://www.sciencephoto.com/media/871019/view/leeches-swimming-underwater2018-06-19T09:35:46Z0.9K006/5207 Leeches swimming underwaterK006/5207 Leeches swimming underwater in a tank, attaching to the glass. Freshwater leeches (family Hirudinidae) are parasites that have two suckers, one at each end of the body and used to attach to the skin of a victim while drinking their blood. Freshwater leeches are found in lakes and marshes, as well as slow-flowing streams. They feed on the blood of fish, amphibians and mammals. Leeches are also used for medicinal purposes.https://www.sciencephoto.com/image/871019/350wm/K0065207-Leeches_swimming_underwater-SPL.jpghttps://www.sciencephoto.com/image/871019/preview/K0065207-Leeches_swimming_underwater-SPL.mp414.092017-07-26Yesanimalannelidannelidaaquatic plantsbiologicalbiologyblood feederblood-suckerblood-suckingclipectoparastefaunafilmfootagefreshwaterhematophagehematophagyhirudineahirudinidaeinvertebrateleechleechesmedicalmedicinalmedicinemotionnatureno-onenobodyparasiteparasiticplantshttps://www.sciencephoto.com/media/871020/view/worms-in-a-wormery-time-lapse-footage2018-11-06T15:34:58Z0.9K006/6061 Worms in a wormery, time-lapse footageK006/6061 Worms in a wormery, time-lapse footage. Earthworms are saprotrophs, feeding on decomposing material such as the rotting leaves present here at top, and playing a key role in the decay cycle.https://www.sciencephoto.com/image/871020/350wm/K0066061-Worms_in_a_wormery,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871020/preview/K0066061-Worms_in_a_wormery,_time-lapse_footage-SPL.mp425.062017-07-26Yesannelidannelidabiologicalbiologyburrowingclipcommon earthwormcompostdecomposersdecomposingdetritusearthearthwormearthwormseatingfaunafeedingfilmfootageinvertebratesleafleaveslumbricus terrestrismotionnatureno-onenobodysaprotroph. saprotrophicsaprovoresaprovoressoilsoil sciencehttps://www.sciencephoto.com/media/871021/view/snails-eating-lettuce-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6093 Snails eating lettuce, time-lapse footageK006/6093 Snails eating lettuce, time-lapse footage,https://www.sciencephoto.com/image/871021/350wm/K0066093-Snails_eating_lettuce,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871021/preview/K0066093-Snails_eating_lettuce,_time-lapse_footage-SPL.mp413.172017-07-26Yesallotmentanimalbiologicalbiologybotanicalbotanyclipcropdamagedamageddamagingeatingfaunafeedingfilmflorafoliagefootageforaginggardengastropodinvertebratesleaveslettucemolluscmotionnatureno-onenobodypestplantplantshttps://www.sciencephoto.com/media/871022/view/caterpillars-eating-foliage-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6099 Caterpillars eating foliage, time-lapse footageK006/6099 Caterpillars eating foliage, time-lapse footage.https://www.sciencephoto.com/image/871022/350wm/K0066099-Caterpillars_eating_foliage,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871022/preview/K0066099-Caterpillars_eating_foliage,_time-lapse_footage-SPL.mp433.082017-07-26Yesanimalbiologicalbiologybotanicalbotanycaterpillarcaterpillarsclipdamagedamageddamagingeatingentomologicalentomologyfaunafeedingfilmflorafoliagefootageforaginggardeninsectinsectsinvertebrateslarvalarvaelarvalleavesmotionnatureno-onehttps://www.sciencephoto.com/media/871023/view/zesting-a-lemon-high-speed2018-03-28T09:38:32Z0.9K007/0040 Zesting a lemon, high-speedK007/0040 High-speed footage of a person using a zester on a lemon (Citrus limon). Lemon zest contains oils and juices that have an intense fresh citrus flavour, and it is used in foods and drinks, particularly cocktails.https://www.sciencephoto.com/image/871023/350wm/K0070040-Zesting_a_lemon,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/871023/preview/K0070040-Zesting_a_lemon,_high-speed-SPL.mp48.12017-07-26Yes4kacidacidicacidityblack backgroundcitriccitruscitrus limonclipcocktailcookeryculinarydevicedietdomesticdrinkdrinksedibleequipmentfilmfingersflavorflavoringflavouringfoodfoodsfootagefreshfruithandhealthyholdinghttps://www.sciencephoto.com/media/871418/view/female-tick-and-eggs2018-06-19T09:35:46Z0.9K006/4857 Female tick and eggsK006/4857 Female tick and eggs. Close-up of a female tick handling its eggs, laid after a blood meal. Hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871418/350wm/K0064857-Female_tick_and_eggs-SPL.jpghttps://www.sciencephoto.com/image/871418/preview/K0064857-Female_tick_and_eggs-SPL.mp420.12017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipclose-updetailectoparasiteeggeggsfaunafemale tickfilmfootageinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticreproductionreproductivesingletickvideowildlifehttps://www.sciencephoto.com/media/871419/view/female-tick-with-eggs2018-06-19T09:35:46Z0.9K006/4858 Female tick with eggsK006/4858 Female tick with eggs. The tick is much larger than its normal size as it is swollen with a blood meal. Hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871419/350wm/K0064858-Female_tick_with_eggs-SPL.jpghttps://www.sciencephoto.com/image/871419/preview/K0064858-Female_tick_with_eggs-SPL.mp417.212017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagehaematophagehaematophagyhematophagehematophagyinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticreproductionhttps://www.sciencephoto.com/media/871420/view/female-tick-mouthparts2018-06-19T09:35:46Z0.9K006/4859 Female tick mouthpartsK006/4859 Female tick mouthparts. Close-up of the mouthparts of a female tick who is laying eggs (not seen). The eggs are laid after a blood meal, and hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871420/350wm/K0064859-Female_tick_mouthparts-SPL.jpghttps://www.sciencephoto.com/image/871420/preview/K0064859-Female_tick_mouthparts-SPL.mp414.042017-07-27Yesacarianimalarachnidarthropodbiologicalbiologyclipclose-updetailectoparasitefaunafemale tickfilmfootageinvertebrateixodoideamotionmouthpartmouthpartsnatureno-onenobodyparasiteparasitictickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871421/view/female-tick-with-eggs2018-06-19T09:35:46Z0.9K006/4860 Female tick with eggsK006/4860 Female tick with eggs. The tick is much larger than its normal size as it is swollen with a blood meal. Hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871421/350wm/K0064860-Female_tick_with_eggs-SPL.jpghttps://www.sciencephoto.com/image/871421/preview/K0064860-Female_tick_with_eggs-SPL.mp424.242017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagehaematophagehaematophagyhematophagehematophagyinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticreproductionhttps://www.sciencephoto.com/media/871422/view/tick-on-a-blade-of-grass2018-06-19T09:35:46Z0.9K006/4861 Tick on a blade of grassK006/4861 Tick on a blade of grass. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871422/350wm/K0064861-Tick_on_a_blade_of_grass-SPL.jpghttps://www.sciencephoto.com/image/871422/preview/K0064861-Tick_on_a_blade_of_grass-SPL.mp427.132017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblade of grassclimbclimbingclipectoparasitefaunafilmfootagegrassinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticsingletickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871423/view/female-tick-with-eggs2018-06-19T09:35:46Z0.9K006/4862 Female tick with eggsK006/4862 Female tick with eggs. The tick is much larger than its normal size as it is swollen with a blood meal. Hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871423/350wm/K0064862-Female_tick_with_eggs-SPL.jpghttps://www.sciencephoto.com/image/871423/preview/K0064862-Female_tick_with_eggs-SPL.mp4222017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagehaematophagehaematophagyhematophagehematophagyinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticreproductionhttps://www.sciencephoto.com/media/871424/view/female-tick-with-eggs2018-06-19T09:35:46Z0.9K006/4863 Female tick with eggsK006/4863 Female tick with eggs, close-up. The tick is much larger than its normal size as it is swollen with a blood meal (partially seen). Hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871424/350wm/K0064863-Female_tick_with_eggs-SPL.jpghttps://www.sciencephoto.com/image/871424/preview/K0064863-Female_tick_with_eggs-SPL.mp422.12017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipclose-updetailectoparasiteeggeggsfaunafemale tickfilmfootagehaematophagehaematophagyhematophagehematophagyinvertebrateixodoideamotionnatureno-onenobodyoneparasitehttps://www.sciencephoto.com/media/871425/view/female-tick-with-eggs2018-06-19T09:35:46Z0.9K006/4864 Female tick with eggsK006/4864 Female tick with eggs, close-up. The tick is much larger than its normal size as it is swollen with a blood meal (partially seen). Hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871425/350wm/K0064864-Female_tick_with_eggs-SPL.jpghttps://www.sciencephoto.com/image/871425/preview/K0064864-Female_tick_with_eggs-SPL.mp419.192017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagehaematophagehaematophagyhematophagehematophagyinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticreproductionhttps://www.sciencephoto.com/media/871426/view/tick-eggs2018-06-19T09:35:46Z0.9K006/4865 Tick eggsK006/4865 Tick eggs. Close-up of the eggs laid by a female tick (not seen). The eggs are laid after a blood meal, and hundreds to thousands of eggs can be laid by a single female tick. The life stages are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871426/350wm/K0064865-Tick_eggs-SPL.jpghttps://www.sciencephoto.com/image/871426/preview/K0064865-Tick_eggs-SPL.mp49.092017-07-27Yesacarianimalarachnidarthropodbiologicalbiologyclipclose-updetailectoparasiteeggeggsfaunafilmfootageinvertebrateixodoideamotionnatureno-onenobodyparasiteparasiticreproductionreproductivetickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871427/view/tick-on-a-blade-of-grass2018-06-19T09:35:46Z0.9K006/4866 Tick on a blade of grassK006/4866 Tick on a blade of grass. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871427/350wm/K0064866-Tick_on_a_blade_of_grass-SPL.jpghttps://www.sciencephoto.com/image/871427/preview/K0064866-Tick_on_a_blade_of_grass-SPL.mp413.172017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblade of grassclimbclimbingclipectoparasitefaunafilmfootagegrassinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticsingletickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871428/view/fly-on-a-dead-rabbit2018-06-19T09:35:46Z0.9K006/5027 Fly on a dead rabbitK006/5027 Fly on a dead rabbit. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as rotting meat as in this rabbit carcass. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871428/350wm/K0065027-Fly_on_a_dead_rabbit-SPL.jpghttps://www.sciencephoto.com/image/871428/preview/K0065027-Fly_on_a_dead_rabbit-SPL.mp49.172017-07-27Yesanimalarthropodbiologicalbiologycarcasscarrionclipdeaddecaydecayingdecomposingdecompositiondipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelife cyclemotionnatureno-onenobodyrabbitrottingstagesvideowildlifezoologicalhttps://www.sciencephoto.com/media/871429/view/flies-on-a-dead-rabbit2018-06-19T09:35:46Z0.9K006/5028 Flies on a dead rabbitK006/5028 Flies on a dead rabbit. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as rotting meat as in this rabbit carcass. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871429/350wm/K0065028-Flies_on_a_dead_rabbit-SPL.jpghttps://www.sciencephoto.com/image/871429/preview/K0065028-Flies_on_a_dead_rabbit-SPL.mp415.152017-07-27Yesanimalarthropodbiologicalbiologycarcasscarrionclipdeaddecaydecayingdecomposingdecompositiondipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelife cyclemotionnatureno-onenobodyrabbitrottingstagesvideowildlifezoologicalhttps://www.sciencephoto.com/media/871430/view/blue-bottle-fly-on-a-plate2018-06-19T09:35:46Z0.9K006/5031 Blue bottle fly on a plateK006/5031 Blue bottle fly on a plate feeding on the remains of a cooked fish meal. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871430/350wm/K0065031-Blue_bottle_fly_on_a_plate-SPL.jpghttps://www.sciencephoto.com/image/871430/preview/K0065031-Blue_bottle_fly_on_a_plate-SPL.mp415.062017-07-27Yes1 flyanimalarthropodbiologicalbiologyblow flyblue bottlebluebottlecalliphora vomitoriacalliphoridaecleaningclipcooked meatdipteraeatingentomologicalentomologyfaunafeedingfilmfishflyfootagegroominginsectinvertebratelegsmealmeatmotionmouthpartsnaturehttps://www.sciencephoto.com/media/871431/view/blue-bottle-flies-feeding-on-cooked-fish2018-06-19T09:35:46Z0.9K006/5032 Blue bottle flies feeding on cooked fishK006/5032 Blue bottle flies feeding on the remains of a cooked fish meal. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871431/350wm/K0065032-Blue_bottle_flies_feeding_on_cooked_fish-SPL.jpghttps://www.sciencephoto.com/image/871431/preview/K0065032-Blue_bottle_flies_feeding_on_cooked_fish-SPL.mp424.212017-07-27Yesanimalarthropodbiologicalbiologyblow flyblue bottlebluebottlecalliphora vomitoriacalliphoridaeclipcooked meatdecaydecayingdecomposingdecompositiondipteraeatingentomologicalentomologyfaunafeedingfilmfishflyfootageinsectinvertebratemealmeatmotionnatureno-onehttps://www.sciencephoto.com/media/871432/view/blue-bottle-flies-feeding-on-cooked-fish2018-06-19T09:35:46Z0.9K006/5033 Blue bottle flies feeding on cooked fishK006/5033 Blue bottle flies feeding on the remains of a cooked fish meal. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871432/350wm/K0065033-Blue_bottle_flies_feeding_on_cooked_fish-SPL.jpghttps://www.sciencephoto.com/image/871432/preview/K0065033-Blue_bottle_flies_feeding_on_cooked_fish-SPL.mp4122017-07-27Yesanimalarthropodbiologicalbiologyblow flyblue bottlebluebottlecalliphora vomitoriacalliphoridaeclipcooked meatdecaydecayingdecomposingdecompositiondipteraeatingentomologicalentomologyfaunafeedingfilmfishflyfootageinsectinvertebratemealmeatmotionnatureno-onehttps://www.sciencephoto.com/media/871433/view/blue-bottle-flies-feeding-on-cooked-fish2018-06-19T09:35:46Z0.9K006/5035 Blue bottle flies feeding on cooked fishK006/5035 Blue bottle flies feeding on the remains of a cooked fish meal. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871433/350wm/K0065035-Blue_bottle_flies_feeding_on_cooked_fish-SPL.jpghttps://www.sciencephoto.com/image/871433/preview/K0065035-Blue_bottle_flies_feeding_on_cooked_fish-SPL.mp45.062017-07-27Yesanimalarthropodbiologicalbiologyblow flyblue bottlebluebottlecalliphora vomitoriacalliphoridaeclipcooked meatdecaydecayingdecomposingdecompositiondipteraeatingentomologicalentomologyfaunafeedingfilmfishflyfootageinsectinvertebratemealmeatmotionnatureno-onehttps://www.sciencephoto.com/media/871434/view/fly-larva-crawling-on-fibres2018-06-19T09:35:46Z0.9K006/5036 Fly larva crawling on fibresK006/5036 Fly larva crawling on fibres. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as meat. The larvae hatch from the eggs and feed, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871434/350wm/K0065036-Fly_larva_crawling_on_fibres-SPL.jpghttps://www.sciencephoto.com/image/871434/preview/K0065036-Fly_larva_crawling_on_fibres-SPL.mp416.182017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdipteraentomologicalentomologyfaunafiberfibersfibrefibresfilmflyfootageinsectinvertebratelarvalarvallife stagemaggotmotionnatureno-onenobodyreproductionreproductivevideowildlifehttps://www.sciencephoto.com/media/871435/view/blue-bottle-flies-feeding-on-cooked-fish2018-06-19T09:35:46Z0.9K006/5037 Blue bottle flies feeding on cooked fishK006/5037 Blue bottle flies feeding on the remains of a cooked fish meal. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871435/350wm/K0065037-Blue_bottle_flies_feeding_on_cooked_fish-SPL.jpghttps://www.sciencephoto.com/image/871435/preview/K0065037-Blue_bottle_flies_feeding_on_cooked_fish-SPL.mp48.212017-07-27Yesanimalarthropodbiologicalbiologyblow flyblue bottlebluebottlecalliphora vomitoriacalliphoridaeclipcooked meatdecaydecayingdecomposingdecompositiondipteraeatingentomologicalentomologyfaunafeedingfilmfishflyfootageinsectinvertebratemealmeatmotionnatureno-onehttps://www.sciencephoto.com/media/871436/view/blue-bottle-flies-feeding-on-cooked-fish2018-06-19T09:35:46Z0.9K006/5038 Blue bottle flies feeding on cooked fishK006/5038 Blue bottle flies feeding on the remains of a cooked fish meal. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871436/350wm/K0065038-Blue_bottle_flies_feeding_on_cooked_fish-SPL.jpghttps://www.sciencephoto.com/image/871436/preview/K0065038-Blue_bottle_flies_feeding_on_cooked_fish-SPL.mp424.122017-07-27Yesanimalarthropodbiologicalbiologyblow flyblue bottlebluebottlecalliphora vomitoriacalliphoridaeclipcooked meatdecaydecayingdecomposingdecompositiondipteraeatingentomologicalentomologyfaunafeedingfilmfishflyfootageinsectinvertebratemealmeatmotionnatureno-onehttps://www.sciencephoto.com/media/871437/view/fly-larva-hatching2018-06-19T09:35:46Z0.9K006/5142 Fly larva hatchingK006/5142 Fly larva hatching from an egg. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source. The larvae hatch from the eggs and feed, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871437/350wm/K0065142-Fly_larva_hatching-SPL.jpghttps://www.sciencephoto.com/image/871437/preview/K0065142-Fly_larva_hatching-SPL.mp423.232017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafilmflyfootagehatchhatchinginsectinvertebratelarvalarvaelarvallife stagemaggotmaggotsmotionnatureno-onenobodyreproductionreproductivevideowildlifehttps://www.sciencephoto.com/media/871438/view/fly-larvae-hatching-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5151 Fly larvae hatching, time-lapse footageK006/5151 Fly larvae hatching. Time-lapse footage of fly larvae (maggots) hatching from eggs on meat. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source. The larvae hatch from the eggs and feed, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871438/350wm/K0065151-Fly_larvae_hatching,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871438/preview/K0065151-Fly_larvae_hatching,_time-lapse_footage-SPL.mp435.022017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafilmflyfootagehatchhatchinginsectinvertebratelarvalarvaelarvallife stagemaggotmaggotsmotionnatureno-onenobodyreproductionreproductivetime lapsetime-lapsehttps://www.sciencephoto.com/media/871439/view/flies-on-a-dead-rabbit2018-06-19T09:35:46Z0.9K006/5153 Flies on a dead rabbitK006/5153 Flies on a dead rabbit. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as rotting meat as in this rabbit carcass. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871439/350wm/K0065153-Flies_on_a_dead_rabbit-SPL.jpghttps://www.sciencephoto.com/image/871439/preview/K0065153-Flies_on_a_dead_rabbit-SPL.mp48.152017-07-27Yesanimalarthropodbiologicalbiologycarcasscarrionclipdeaddecaydecayingdecomposingdecompositiondipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelife cyclemotionnatureno-onenobodyrabbitrottingstagesvideowildlifezoologicalhttps://www.sciencephoto.com/media/871440/view/fly-larva-hatching2018-06-19T09:35:46Z0.9K006/5155 Fly larva hatchingK006/5155 Fly larva hatching from an egg. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source. The larvae hatch from the eggs and feed, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871440/350wm/K0065155-Fly_larva_hatching-SPL.jpghttps://www.sciencephoto.com/image/871440/preview/K0065155-Fly_larva_hatching-SPL.mp4152017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafilmflyfootagehatchhatchinginsectinvertebratelarvalarvaelarvallife stagemaggotmaggotsmotionnatureno-onenobodyreproductionreproductivevideowildlifehttps://www.sciencephoto.com/media/871441/view/fly-laying-eggs2018-06-19T09:35:46Z0.9K006/5159 Fly laying eggsK006/5159 Fly laying eggs on meat, using an organ known as the ovipositor. Flies go through four life stages: egg, larva, pupa and adult. Fly larvae are known as maggots. The eggs are laid near a food source, such as rotting meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871441/350wm/K0065159-Fly_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871441/preview/K0065159-Fly_laying_eggs-SPL.mp443.052017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafemalefilmflyfootageinsectinvertebratelaylayinglife stagemeatmotionnatureno-onenobodyovipositorreproductionreproductivevideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871442/view/fly-hatching-from-pupa2018-06-19T09:35:46Z0.9K006/5162 Fly hatching from pupaK006/5162 Fly hatching from pupa in fur. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source. The larvae hatch from the eggs and feed, sometimes going through several additional stages (instars) before pupating to produce the adult winged form seen here.https://www.sciencephoto.com/image/871442/350wm/K0065162-Fly_hatching_from_pupa-SPL.jpghttps://www.sciencephoto.com/image/871442/preview/K0065162-Fly_hatching_from_pupa-SPL.mp414.092017-07-27Yesanimalarthropodbiologicalbiologycarcassclipdipteraemergingentomologicalentomologyfaunafilmflyfootagefurinsectinvertebratelife stagemotionnatureno-onenobodypupapupatepupatingreproductionreproductivevideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871443/view/fly-larva-on-raw-meat2018-06-19T09:35:46Z0.9K006/5163 Fly larva on raw meatK006/5163 Fly larva crawling on fresh raw meat. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as this meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871443/350wm/K0065163-Fly_larva_on_raw_meat-SPL.jpghttps://www.sciencephoto.com/image/871443/preview/K0065163-Fly_larva_on_raw_meat-SPL.mp424.242017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelarvalarvallife stagemaggotmeatmotionnatureno-onenobodyraw meatreproductionreproductivevideowildlifewrigglewrigglinghttps://www.sciencephoto.com/media/871444/view/fly-hatching-from-pupa2018-06-19T09:35:46Z0.9K006/5166 Fly hatching from pupaK006/5166 Fly hatching from pupa in fur. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source. The larvae hatch from the eggs and feed, sometimes going through several additional stages (instars) before pupating to produce the adult winged form seen here.https://www.sciencephoto.com/image/871444/350wm/K0065166-Fly_hatching_from_pupa-SPL.jpghttps://www.sciencephoto.com/image/871444/preview/K0065166-Fly_hatching_from_pupa-SPL.mp425.012017-07-27Yesanimalarthropodbiologicalbiologycarcassclipdipteraemergingentomologicalentomologyfaunafilmflyfootagefurinsectinvertebratelife stagemotionnatureno-onenobodypupapupatepupatingreproductionreproductivevideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871445/view/fly-laying-eggs2018-06-19T09:35:46Z0.9K006/5170 Fly laying eggsK006/5170 Fly laying eggs on meat, using an organ known as the ovipositor. Flies go through four life stages: egg, larva, pupa and adult. Fly larvae are known as maggots. The eggs are laid near a food source, such as rotting meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871445/350wm/K0065170-Fly_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871445/preview/K0065170-Fly_laying_eggs-SPL.mp410.172017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafemalefilmflyfootageinsectinvertebratelaylayinglife stagemeatmotionnatureno-onenobodyovipositorreproductionreproductivevideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871446/view/fly-laying-eggs2018-06-19T09:35:46Z0.9K006/5178 Fly laying eggsK006/5178 Fly laying eggs on meat, using an organ known as the ovipositor. Flies go through four life stages: egg, larva, pupa and adult. Fly larvae are known as maggots. The eggs are laid near a food source, such as rotting meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871446/350wm/K0065178-Fly_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871446/preview/K0065178-Fly_laying_eggs-SPL.mp4532017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafemalefilmflyfootageinsectinvertebratelaylayinglife stagemeatmotionnatureno-onenobodyovipositorreproductionreproductivevideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871447/view/fly-larvae-feeding-on-meat2018-06-19T09:35:46Z0.9K006/5180 Fly larvae feeding on meatK006/5180 Fly larvae feeding on meat. The larvae are crawling around an eye socket-like structure on a piece of carrion. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as this meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871447/350wm/K0065180-Fly_larvae_feeding_on_meat-SPL.jpghttps://www.sciencephoto.com/image/871447/preview/K0065180-Fly_larvae_feeding_on_meat-SPL.mp417.062017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdead bodydecaydecayingdecomposingdecompositiondipteraentomologicalentomologyeye socketfaunafilmfleshflyfootageinsectinvertebratelarvalarvaelarvallife stagemaggotmaggotsmeatmotionnaturehttps://www.sciencephoto.com/media/871448/view/fly-larvae-feeding-on-meat2018-06-19T09:35:46Z0.9K006/5181 Fly larvae feeding on meatK006/5181 Fly larvae feeding on meat. The larvae are crawling around an eye socket-like structure on a piece of carrion. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as this meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871448/350wm/K0065181-Fly_larvae_feeding_on_meat-SPL.jpghttps://www.sciencephoto.com/image/871448/preview/K0065181-Fly_larvae_feeding_on_meat-SPL.mp426.022017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdead bodydecaydecayingdecomposingdecompositiondipteraentomologicalentomologyeye socketfaunafilmfleshflyfootageinsectinvertebratelarvalarvaelarvallife stagemaggotmaggotsmeatmotionnaturehttps://www.sciencephoto.com/media/871449/view/fly-larva-on-raw-meat2018-06-19T09:35:46Z0.9K006/5182 Fly larva on raw meatK006/5182 Fly larva crawling on raw meat. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as this meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871449/350wm/K0065182-Fly_larva_on_raw_meat-SPL.jpghttps://www.sciencephoto.com/image/871449/preview/K0065182-Fly_larva_on_raw_meat-SPL.mp412.222017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelarvalarvallife stagemaggotmeatmotionnatureno-onenobodyraw meatreproductionreproductivevideowildlifewrigglewrigglinghttps://www.sciencephoto.com/media/871450/view/fly-larva-on-raw-meat2018-06-19T09:35:46Z0.9K006/5184 Fly larva on raw meatK006/5184 Fly larva crawling on fresh raw meat. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as this meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871450/350wm/K0065184-Fly_larva_on_raw_meat-SPL.jpghttps://www.sciencephoto.com/image/871450/preview/K0065184-Fly_larva_on_raw_meat-SPL.mp49.152017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelarvalarvallife stagemaggotmeatmotionnatureno-onenobodyraw meatreproductionreproductivevideowildlifewrigglewrigglinghttps://www.sciencephoto.com/media/871451/view/green-bottle-fly-on-raw-meat2018-06-19T09:35:46Z0.9K006/5186 Green bottle fly on raw meatK006/5186 Green bottle fly on raw meat. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871451/350wm/K0065186-Green_bottle_fly_on_raw_meat-SPL.jpghttps://www.sciencephoto.com/image/871451/preview/K0065186-Green_bottle_fly_on_raw_meat-SPL.mp412.032017-07-27Yes1 flyanimalarthropodbiologicalbiologyblow flycalliphoridaeclipdipteraentomologicalentomologyfaunafilmflyfootagefresh meatgreen bottlegreenbottleinsectinvertebratelife cyclemeatmotionnatureno-onenobodyoneraw meatsinglestagesvideowildlifehttps://www.sciencephoto.com/media/871452/view/green-bottle-fly-on-raw-meat2018-06-19T09:35:46Z0.9K006/5191 Green bottle fly on raw meatK006/5191 Green bottle fly on raw meat. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as fresh or rotting meat. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871452/350wm/K0065191-Green_bottle_fly_on_raw_meat-SPL.jpghttps://www.sciencephoto.com/image/871452/preview/K0065191-Green_bottle_fly_on_raw_meat-SPL.mp48.012017-07-27Yes1 flyanimalarthropodbiologicalbiologyblow flycalliphoridaeclipdipteraentomologicalentomologyfaunafilmflyfootagefresh meatgreen bottlegreenbottleinsectinvertebratelife cyclemeatmotionnatureno-onenobodyoneraw meatsinglestagesvideowildlifehttps://www.sciencephoto.com/media/871453/view/fly-larvae-feeding-on-meat2018-06-19T09:35:46Z0.9K006/5193 Fly larvae feeding on meatK006/5193 Fly larvae feeding on meat. The larvae are crawling around an eye socket-like structure on a piece of carrion. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as this meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871453/350wm/K0065193-Fly_larvae_feeding_on_meat-SPL.jpghttps://www.sciencephoto.com/image/871453/preview/K0065193-Fly_larvae_feeding_on_meat-SPL.mp420.162017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdead bodydecaydecayingdecomposingdecompositiondipteraentomologicalentomologyeye socketfaunafilmfleshflyfootageinsectinvertebratelarvalarvaelarvallife stagemaggotmaggotsmeatmotionnaturehttps://www.sciencephoto.com/media/871454/view/fly-larva-on-raw-meat2018-06-19T09:35:46Z0.9K006/5201 Fly larva on raw meatK006/5201 Fly larva crawling on fresh raw meat. Fly larvae are known as maggots. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as this meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871454/350wm/K0065201-Fly_larva_on_raw_meat-SPL.jpghttps://www.sciencephoto.com/image/871454/preview/K0065201-Fly_larva_on_raw_meat-SPL.mp48.112017-07-27Yesanimalarthropodbiologicalbiologyclipcrawlcrawlingdipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelarvalarvallife stagemaggotmeatmotionnatureno-onenobodyraw meatreproductionreproductivevideowildlifewrigglewrigglinghttps://www.sciencephoto.com/media/871455/view/flies-on-a-dead-rabbit2018-06-19T09:35:46Z0.9K006/5202 Flies on a dead rabbitK006/5202 Flies on a dead rabbit. Flies go through four life stages: egg, larva, pupa and adult. The eggs are laid near a food source, such as rotting meat as in this rabbit carcass. The larvae (known as maggots) hatch from the eggs and feed on the meat. The larvae can go through several additional stages (instars) before pupating to produce the adult winged form to complete the life cycle.https://www.sciencephoto.com/image/871455/350wm/K0065202-Flies_on_a_dead_rabbit-SPL.jpghttps://www.sciencephoto.com/image/871455/preview/K0065202-Flies_on_a_dead_rabbit-SPL.mp414.082017-07-27Yesanimalarthropodbiologicalbiologycarcasscarrionclipdeaddecaydecayingdecomposingdecompositiondipteraentomologicalentomologyfaunafilmflyfootageinsectinvertebratelife cyclemotionnatureno-onenobodyrabbitrottingstagesvideowildlifezoologicalhttps://www.sciencephoto.com/media/871456/view/fly-laying-eggs2018-06-19T09:35:46Z0.9K006/5204 Fly laying eggsK006/5204 Fly laying eggs on meat, using an organ known as the ovipositor. Flies go through four life stages: egg, larva, pupa and adult. Fly larvae are known as maggots. The eggs are laid near a food source, such as rotting meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871456/350wm/K0065204-Fly_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871456/preview/K0065204-Fly_laying_eggs-SPL.mp437.232017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafemalefilmflyfootageinsectinvertebratelaylayinglife stagemeatmotionnatureno-onenobodyovipositorreproductionreproductivevideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871457/view/flies-laying-eggs2018-06-19T09:35:46Z0.9K006/5206 Flies laying eggsK006/5206 Flies laying eggs on meat, using an organ known as the ovipositor. Flies go through four life stages: egg, larva, pupa and adult. Fly larvae are known as maggots. The eggs are laid near a food source, such as rotting meat. The larvae hatch from the eggs and feed on the meat, sometimes going through several additional stages (instars) before pupating to produce the adult winged form.https://www.sciencephoto.com/image/871457/350wm/K0065206-Flies_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871457/preview/K0065206-Flies_laying_eggs-SPL.mp421.172017-07-27Yesanimalarthropodbiologicalbiologyclipdipteraeggeggsentomologicalentomologyfaunafemalefilmfliesflyfootageinsectinvertebratelaylayinglife stagemeatmotionnatureno-onenobodyovipositorreproductionreproductivevideowildlifezoologicalhttps://www.sciencephoto.com/media/871458/view/female-ticks-laying-eggs2018-03-28T09:38:32Z0.9K006/6059 Female ticks laying eggsK006/6059 Female ticks laying eggs. The ticks are larger than their normal size as they are swollen with blood meals as they feed while attached to the skin of their mammalian host. Hundreds to thousands of eggs (red) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871458/350wm/K0066059-Female_ticks_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871458/preview/K0066059-Female_ticks_laying_eggs-SPL.mp49.192017-07-27Yesacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyparasiteparasitichttps://www.sciencephoto.com/media/871459/view/male-and-female-ticks-and-eggs2018-03-28T09:38:32Z0.9K006/6063 Male and female ticks and eggsK006/6063 Male and female ticks and eggs. The male and female ticks are on the skin of a mammal, feeding on the blood of their host. The female tick swells while ingesting a blood meal. After mating, the female tick lays hundreds to thousands of eggs. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871459/350wm/K0066063-Male_and_female_ticks_and_eggs-SPL.jpghttps://www.sciencephoto.com/image/871459/preview/K0066063-Male_and_female_ticks_and_eggs-SPL.mp423.112017-07-27Yes2 ticksacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipduoectoparasiteeggeggsfaunafeedingfemalefilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamalemammal hostmatingmotionhttps://www.sciencephoto.com/media/871460/view/ticks-mating2018-06-19T09:35:46Z0.9K006/6064 Ticks matingK006/6064 Ticks mating with bodies flat together. The ticks are on the skin of a mammal, feeding on the blood of their host. The female tick swells while ingesting a blood meal. The female tick then lays hundreds to thousands of eggs. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871460/350wm/K0066064-Ticks_mating-SPL.jpghttps://www.sciencephoto.com/image/871460/preview/K0066064-Ticks_mating-SPL.mp422.232017-07-27Yes2 ticksacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipduoectoparasitefaunafeedingfemalefilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamalemammal hostmatingmotionnatureno-onehttps://www.sciencephoto.com/media/871461/view/female-ticks-laying-eggs2018-03-28T09:38:32Z0.9K006/6065 Female ticks laying eggsK006/6065 Female ticks laying eggs. The ticks are larger than their normal size as they are swollen with blood meals as they feed while attached to the skin of their mammalian host. Hundreds to thousands of eggs (red) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871461/350wm/K0066065-Female_ticks_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871461/preview/K0066065-Female_ticks_laying_eggs-SPL.mp420.032017-07-27Yesacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyparasiteparasitichttps://www.sciencephoto.com/media/871462/view/female-tick-laying-eggs2018-03-28T09:38:32Z0.9K006/6067 Female tick laying eggsK006/6067 Female tick laying eggs. The tick is larger than its normal size as it is swollen with a blood meal as it feeds while attached to the skin of its mammalian host. Hundreds to thousands of eggs (red) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871462/350wm/K0066067-Female_tick_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871462/preview/K0066067-Female_tick_laying_eggs-SPL.mp414.072017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyonehttps://www.sciencephoto.com/media/871463/view/tick-crawling-on-soil2018-03-28T09:38:32Z0.9K006/6076 Tick crawling on soilK006/6076 Tick crawling on soil. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871463/350wm/K0066076-Tick_crawling_on_soil-SPL.jpghttps://www.sciencephoto.com/image/871463/preview/K0066076-Tick_crawling_on_soil-SPL.mp426.152017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlcrawlingearthectoparasitefaunafilmfootagegroundinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticsinglesoiltickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871464/view/tick-crawling-on-animal-fur2018-03-28T09:38:32Z0.9K006/6077 Tick crawling on animal furK006/6077 Tick crawling on animal fur. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871464/350wm/K0066077-Tick_crawling_on_animal_fur-SPL.jpghttps://www.sciencephoto.com/image/871464/preview/K0066077-Tick_crawling_on_animal_fur-SPL.mp423.232017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlingectoparasitefaunafilmfootagefurhostinvertebrateixodoideamammalmotionnatureno-onenobodyoneparasiteparasiticsingletickvideowalkingwildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871465/view/tick-crawling-on-soil2018-03-28T09:38:32Z0.9K006/6078 Tick crawling on soilK006/6078 Tick crawling on soil. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871465/350wm/K0066078-Tick_crawling_on_soil-SPL.jpghttps://www.sciencephoto.com/image/871465/preview/K0066078-Tick_crawling_on_soil-SPL.mp416.172017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlcrawlingearthectoparasitefaunafilmfootagegroundinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticsinglesoiltickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871466/view/female-tick-laying-eggs2018-03-28T09:38:32Z0.9K006/6080 Female tick laying eggsK006/6080 Female tick laying eggs. The tick is larger than its normal size as it is swollen with a blood meal as it feeds while attached to the skin of its mammalian host. Hundreds to thousands of eggs (not seen) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871466/350wm/K0066080-Female_tick_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871466/preview/K0066080-Female_tick_laying_eggs-SPL.mp49.122017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyonehttps://www.sciencephoto.com/media/871467/view/female-tick-laying-eggs2018-03-28T09:38:32Z0.9K006/6081 Female tick laying eggsK006/6081 Female tick laying eggs. The tick is larger than its normal size as it is swollen with a blood meal as it feeds while attached to the skin of its mammalian host. Hundreds to thousands of eggs (red) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871467/350wm/K0066081-Female_tick_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871467/preview/K0066081-Female_tick_laying_eggs-SPL.mp418.052017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyonehttps://www.sciencephoto.com/media/871468/view/female-ticks-laying-eggs2018-03-28T09:38:32Z0.9K006/6082 Female ticks laying eggsK006/6082 Female ticks laying eggs. The ticks are larger than their normal size as they are swollen with blood meals as they feed while attached to the skin of their mammalian host. Hundreds to thousands of eggs (red) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871468/350wm/K0066082-Female_ticks_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871468/preview/K0066082-Female_ticks_laying_eggs-SPL.mp418.152017-07-27Yesacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyparasiteparasitichttps://www.sciencephoto.com/media/871469/view/male-and-female-ticks2018-03-28T09:38:32Z0.9K006/6089 Male and female ticksK006/6089 Male and female ticks on the skin of a mammal, feeding on the blood of their host. The female tick swells while ingesting a blood meal. After mating, the female tick lays hundreds to thousands of eggs. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871469/350wm/K0066089-Male_and_female_ticks-SPL.jpghttps://www.sciencephoto.com/image/871469/preview/K0066089-Male_and_female_ticks-SPL.mp425.112017-07-27Yes2 ticksacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipduoectoparasitefaunafeedingfemalefilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamalemammal hostmatingmotionnatureno-onehttps://www.sciencephoto.com/media/871470/view/tick-crawling-on-animal-fur2018-03-28T09:38:32Z0.9K006/6097 Tick crawling on animal furK006/6097 Tick crawling on animal fur. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871470/350wm/K0066097-Tick_crawling_on_animal_fur-SPL.jpghttps://www.sciencephoto.com/image/871470/preview/K0066097-Tick_crawling_on_animal_fur-SPL.mp433.152017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlingectoparasitefaunafilmfootagefurhostinvertebrateixodoideamammalmotionnatureno-onenobodyoneparasiteparasiticsingletickvideowalkingwildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871471/view/female-tick-laying-eggs2018-03-28T09:38:32Z0.9K006/6100 Female tick laying eggsK006/6100 Female tick laying eggs. The tick is larger than its normal size as it is swollen with a blood meal as it feeds while attached to the skin of its mammalian host. Hundreds to thousands of eggs (red) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871471/350wm/K0066100-Female_tick_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871471/preview/K0066100-Female_tick_laying_eggs-SPL.mp426.122017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyonehttps://www.sciencephoto.com/media/871472/view/ticks-mating2018-03-28T09:38:32Z0.9K006/6101 Ticks matingK006/6101 Ticks mating with bodies flat together. The ticks are on the skin of a mammal, feeding on the blood of their host. The female tick swells while ingesting a blood meal. The female tick then lays hundreds to thousands of eggs. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871472/350wm/K0066101-Ticks_mating-SPL.jpghttps://www.sciencephoto.com/image/871472/preview/K0066101-Ticks_mating-SPL.mp49.122017-07-27Yes2 ticksacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipduoectoparasitefaunafeedingfemalefilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamalemammal hostmatingmotionnatureno-onehttps://www.sciencephoto.com/media/871473/view/tick-crawling-on-animal-fur2018-03-28T09:38:32Z0.9K006/6103 Tick crawling on animal furK006/6103 Tick crawling on animal fur. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871473/350wm/K0066103-Tick_crawling_on_animal_fur-SPL.jpghttps://www.sciencephoto.com/image/871473/preview/K0066103-Tick_crawling_on_animal_fur-SPL.mp455.132017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlingectoparasitefaunafilmfootagefurhostinvertebrateixodoideamammalmotionnatureno-onenobodyoneparasiteparasiticsingletickvideowalkingwildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871474/view/tick-crawling-on-soil2018-03-28T09:38:32Z0.9K006/6107 Tick crawling on soilK006/6107 Tick crawling on soil. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871474/350wm/K0066107-Tick_crawling_on_soil-SPL.jpghttps://www.sciencephoto.com/image/871474/preview/K0066107-Tick_crawling_on_soil-SPL.mp424.222017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlcrawlingearthectoparasitefaunafilmfootagegroundinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticsinglesoiltickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871475/view/tick-crawling-on-animal-fur2018-03-28T09:38:32Z0.9K006/6108 Tick crawling on animal furK006/6108 Tick crawling on animal fur. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871475/350wm/K0066108-Tick_crawling_on_animal_fur-SPL.jpghttps://www.sciencephoto.com/image/871475/preview/K0066108-Tick_crawling_on_animal_fur-SPL.mp421.092017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlingectoparasitefaunafilmfootagefurhostinvertebrateixodoideamammalmotionnatureno-onenobodyoneparasiteparasiticsingletickvideowalkingwildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871476/view/tick-crawling-on-animal-fur2018-03-28T09:38:32Z0.9K006/6110 Tick crawling on animal furK006/6110 Tick crawling on animal fur. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871476/350wm/K0066110-Tick_crawling_on_animal_fur-SPL.jpghttps://www.sciencephoto.com/image/871476/preview/K0066110-Tick_crawling_on_animal_fur-SPL.mp421.112017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlingectoparasitefaunafilmfootagefurhostinvertebrateixodoideamammalmotionnatureno-onenobodyoneparasiteparasiticsingletickvideowalkingwildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871477/view/female-tick-laying-eggs2018-03-28T09:38:32Z0.9K006/6112 Female tick laying eggsK006/6112 Female tick laying eggs. The tick is larger than its normal size as it is swollen with a blood meal as it feeds while attached to the skin of its mammalian host. Hundreds to thousands of eggs (red) can be laid by a single female tick. The life stages of a tick are: egg, larva, nymph and adult. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871477/350wm/K0066112-Female_tick_laying_eggs-SPL.jpghttps://www.sciencephoto.com/image/871477/preview/K0066112-Female_tick_laying_eggs-SPL.mp412.022017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyblood feederblood mealblood suckerclipectoparasiteeggeggsfaunafemale tickfilmfootagefurhaematophagehaematophagyhairhematophagehematophagyinvertebrateixodoideamammal hostmotionnatureno-onenobodyonehttps://www.sciencephoto.com/media/871478/view/tick-crawling-on-soil2018-03-28T09:38:32Z0.9K006/6114 Tick crawling on soilK006/6114 Tick crawling on soil. Ticks (superfamily: Ixodoidea) are small arachnids. They are ectoparasites, feeding on the blood of mammals (including humans), birds, and occasionally reptiles and amphibians. Ticks transmit several diseases, including Lyme disease, Colorado tick fever, and relapsing fever.https://www.sciencephoto.com/image/871478/350wm/K0066114-Tick_crawling_on_soil-SPL.jpghttps://www.sciencephoto.com/image/871478/preview/K0066114-Tick_crawling_on_soil-SPL.mp428.112017-07-27Yes1 tickacarianimalarachnidarthropodbiologicalbiologyclipcrawlcrawlingearthectoparasitefaunafilmfootagegroundinvertebrateixodoideamotionnatureno-onenobodyoneparasiteparasiticsinglesoiltickvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871514/view/green-bottle-fly-s-mouth-and-eyes-close-up2018-06-19T09:35:46Z0.9K006/5025 Green bottle fly's mouth and eyes, close-upK006/5025 Green bottle fly's mouth and eyes, close-up.https://www.sciencephoto.com/image/871514/350wm/K0065025-Green_bottle_fly_s_mouth_and_eyes,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871514/preview/K0065025-Green_bottle_fly_s_mouth_and_eyes,_close-up-SPL.mp419.092017-07-28Yesanatomicalanatomyanimalarthropodbiologicalbiologyblow flycalliphoridaeclose-upcompound eyecompound eyesdetaildipteradipteranentomologicalentomologyeyeeyesfaunaflygreen bottlegreenbottleheadinsectinvertebratemouthmouthpartmouthpartsnatureno-onenobodyproboscishttps://www.sciencephoto.com/media/871515/view/decayed-dead-rabbit2018-06-19T09:35:46Z0.9K006/5026 Decayed dead rabbitK006/5026 Decayed dead rabbit, on a forest floor. The insides of the rabbit have rotted away or been consumed by scavenging insects, microbes and other decomposer organisms. The process of decomposition of animal bodies starts at the point of death. It involves autolysis (the internal breakdown of tissues) and putrefaction (the breakdown of tissues by microbes). Carrion beetles, mites and flies and their larvae (maggots) scavenge and feed on the flesh of the carcass. The remains include the fur, seen here.https://www.sciencephoto.com/image/871515/350wm/K0065026-Decayed_dead_rabbit-SPL.jpghttps://www.sciencephoto.com/image/871515/preview/K0065026-Decayed_dead_rabbit-SPL.mp492017-07-28Yesanimalautolysisbiologicalbiologycadavercarcassclipdeaddead bodydeathdecaydecayeddecayingdecomposeddecomposerdecomposer organismsdecomposingdecompositiondiedfaunafilmfoliagefootageforest floorfurinternalmammalmotionnatureno-onenobodyoryctolagus cuniculushttps://www.sciencephoto.com/media/871516/view/decayed-dead-rabbit2018-06-19T09:35:46Z0.9K006/5029 Decayed dead rabbitK006/5029 Decayed dead rabbit, on a forest floor. The insides of the rabbit have rotted away or been consumed by scavenging insects, microbes and other decomposer organisms. The process of decomposition of animal bodies starts at the point of death. It involves autolysis (the internal breakdown of tissues) and putrefaction (the breakdown of tissues by microbes). Carrion beetles, mites and flies and their larvae (maggots) scavenge and feed on the flesh of the carcass. The remains include the fur, seen here.https://www.sciencephoto.com/image/871516/350wm/K0065029-Decayed_dead_rabbit-SPL.jpghttps://www.sciencephoto.com/image/871516/preview/K0065029-Decayed_dead_rabbit-SPL.mp411.212017-07-28Yesanimalautolysisbiologicalbiologycadavercarcassclipdeaddead bodydeathdecaydecayeddecayingdecomposeddecomposerdecomposer organismsdecomposingdecompositiondiedfaunafilmfootageforest floorfurinternalmammalmotionnatureno-onenobodyoryctolagus cuniculuspelthttps://www.sciencephoto.com/media/871517/view/green-bottle-fly-s-body-bristles-and-eyes-close-up2018-06-19T09:35:46Z0.9K006/5030 Green bottle fly's body bristles and eyes, close-upK006/5030 Green bottle fly's body bristles and eyes, close-up.https://www.sciencephoto.com/image/871517/350wm/K0065030-Green_bottle_fly_s_body_bristles_and_eyes,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871517/preview/K0065030-Green_bottle_fly_s_body_bristles_and_eyes,_close-up-SPL.mp49.182017-07-28Yesabdomenanatomicalanatomyanimalarthropodbiologicalbiologyblow flybodybristlebristlescalliphoridaeclose-upcompound eyecompound eyesdetaildipteradipteranentomologicalentomologyeyeeyesfaunaflygreen bottlegreenbottleinsectinvertebratenatureno-onenobodythoraxhttps://www.sciencephoto.com/media/871518/view/green-bottle-fly-s-eyes-and-body-bristles-close-up2018-06-19T09:35:46Z0.9K006/5034 Green bottle fly's eyes and body bristles, close-upK006/5034 Green bottle fly's eyes and body bristles, close-up.https://www.sciencephoto.com/image/871518/350wm/K0065034-Green_bottle_fly_s_eyes_and_body_bristles,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871518/preview/K0065034-Green_bottle_fly_s_eyes_and_body_bristles,_close-up-SPL.mp416.182017-07-28Yesabdomenanatomicalanatomyanimalarthropodbiologicalbiologyblow flybodybristlebristlescalliphoridaeclose-upcompound eyecompound eyesdetaildipteradipteranentomologicalentomologyeyeeyesfaunaflygreen bottlegreenbottleinsectinvertebratenatureno-onenobodythoraxhttps://www.sciencephoto.com/media/871519/view/rear-end-of-a-green-bottle-fly-close-up2018-06-19T09:35:46Z0.9K006/5039 Rear end of a green bottle fly, close-upK006/5039 Rear end of a green bottle fly, close-up. Part of the wings are visible, and the rear legs are being used to groom the wings, the abdomen, and the legs. Flies engage in extensive and fastidious cleaning and grooming behaviours. These routines remove physical and chemical detritus, as well as bacterial films, and helps clear their smell and other sensory receptors.https://www.sciencephoto.com/image/871519/350wm/K0065039-Rear_end_of_a_green_bottle_fly,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871519/preview/K0065039-Rear_end_of_a_green_bottle_fly,_close-up-SPL.mp410.232017-07-28Yesabdomenanatomicalanatomyanimalanusarthropodbehaviourbiologicalbiologyblow flycalliphoridaecleancleaningclose-updetaildipteradipteranentomologicalentomologyfaunaflygreen bottlegreenbottlegroomgroominginsectinvertebrateleglegsnatureno-onenobodyhttps://www.sciencephoto.com/media/871520/view/decaying-rabbit-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5045 Decaying rabbit, time-lapse footageK006/5045 Decaying rabbit. Time-lapse footage of a decaying dead rabbit. The process of decomposition of animal bodies starts at the point of death. It involves autolysis (the internal breakdown of tissues) and putrefaction (the breakdown of tissues by microbes). Carrion beetles, mites and flies and their larvae (maggots) scavenge and feed on the flesh of the carcass, seen as the wriggling movements visible under the skin. The five stages of decomposition are fresh, bloat, active decay, advanced decay, and dry remains.https://www.sciencephoto.com/image/871520/350wm/K0065045-Decaying_rabbit,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871520/preview/K0065045-Decaying_rabbit,_time-lapse_footage-SPL.mp454.082017-07-28Yesanimalautolysisbiologicalbiologycadavercarcassclipdeaddead bodydeathdecaydecayeddecayingdecomposeddecomposerdecomposer organismsdecomposingdecompositiondiedfaunafilmfootagefurinternalmammalmotionnatureno-onenobodyoryctolagus cuniculuspeltputrefactionhttps://www.sciencephoto.com/media/871521/view/decaying-nectarine-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5046 Decaying nectarine, time-lapse footageK006/5046 Decaying nectarine, time-lapse footage. Mould fungi grow on the decaying nectarine, with flies also seen during this clip.https://www.sciencephoto.com/image/871521/350wm/K0065046-Decaying_nectarine,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871521/preview/K0065046-Decaying_nectarine,_time-lapse_footage-SPL.mp40.012017-07-28Yes1 nectarineanimalsbiologyclipdecaydecayingdecomposingdecompositionfilmfliesflyfoodfoodsfoodstufffoodstuffsfootagefruitfungalfungifungusinsectsmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologymicroorganismmicroorganismsmotionmouldmouldyhttps://www.sciencephoto.com/media/871522/view/rear-end-of-a-green-bottle-fly-close-up2018-06-19T09:35:46Z0.9K006/5148 Rear end of a green bottle fly, close-upK006/5148 Rear end of a green bottle fly, close-up. Part of the wings are visible, and the rear legs are being used to groom the wings, the abdomen, and the legs. Flies engage in extensive and fastidious cleaning and grooming behaviours. These routines remove physical and chemical detritus, as well as bacterial films, and helps clear their smell and other sensory receptors.https://www.sciencephoto.com/image/871522/350wm/K0065148-Rear_end_of_a_green_bottle_fly,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871522/preview/K0065148-Rear_end_of_a_green_bottle_fly,_close-up-SPL.mp45.062017-07-28Yesabdomenanatomicalanatomyanimalanusarthropodbehaviourbiologicalbiologyblow flycalliphoridaecleancleaningclose-updetaildipteradipteranentomologicalentomologyfaunaflygreen bottlegreenbottlegroomgroominginsectinvertebrateleglegsnatureno-onenobodyhttps://www.sciencephoto.com/media/871523/view/decaying-rabbit-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5150 Decaying rabbit, time-lapse footageK006/5150 Decaying rabbit. Close-up time-lapse footage of the head of a decaying dead rabbit. The process of decomposition of animal bodies starts at the point of death. It involves autolysis (the internal breakdown of tissues) and putrefaction (the breakdown of tissues by microbes). Carrion beetles, mites and flies and their larvae (maggots) scavenge and feed on the flesh of the carcass, seen as the wriggling movements visible under the skin. The five stages of decomposition are fresh, bloat, active decay, advanced decay, and dry remains.https://www.sciencephoto.com/image/871523/350wm/K0065150-Decaying_rabbit,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871523/preview/K0065150-Decaying_rabbit,_time-lapse_footage-SPL.mp422.032017-07-28Yesanimalautolysisbiologicalbiologycadavercarcassclipclose-updeaddead bodydeathdecaydecayeddecayingdecomposeddecomposerdecomposer organismsdecomposingdecompositiondetaildiedfacefaunafilmfootagefurheadinternalmammalmotionnatureno-onehttps://www.sciencephoto.com/media/871524/view/head-of-a-green-bottle-fly2018-06-19T09:35:46Z0.9K006/5156 Head of a green bottle flyK006/5156 Head of a green bottle fly.https://www.sciencephoto.com/image/871524/350wm/K0065156-Head_of_a_green_bottle_fly-SPL.jpghttps://www.sciencephoto.com/image/871524/preview/K0065156-Head_of_a_green_bottle_fly-SPL.mp45.082017-07-28Yesanatomicalanatomyanimalarthropodbiologicalbiologyblow flycalliphoridaeclose-upcompound eyecompound eyesdetaildipteradipteranentomologicalentomologyeyeeyesfaunaflygreen bottlegreenbottleheadinsectinvertebratemouthpartsnatureno-onenobodywildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871525/view/fly-s-eyes-and-bristles-close-up2018-06-19T09:35:46Z0.9K006/5174 Fly's eyes and bristles, close-upK006/5174 Fly's eyes and bristles, close-up.https://www.sciencephoto.com/image/871525/350wm/K0065174-Fly_s_eyes_and_bristles,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871525/preview/K0065174-Fly_s_eyes_and_bristles,_close-up-SPL.mp413.212017-07-28Yesanatomicalanatomyanimalarthropodbiologicalbiologybristlebristlesclose-upcompound eyecompound eyesdetaildipteradipteranentomologicalentomologyeyeeyesfaunaflyinsectinvertebratenatureno-onenobodywildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871526/view/fly-s-wing-close-up2018-06-19T09:35:46Z0.9K006/5175 Fly's wing, close-upK006/5175 Fly's wing, close-up.https://www.sciencephoto.com/image/871526/350wm/K0065175-Fly_s_wing,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871526/preview/K0065175-Fly_s_wing,_close-up-SPL.mp417.112017-07-28Yesanatomicalanatomyanimalarthropodbiologicalbiologyclose-updetaildipteradipteranentomologicalentomologyfaunaflyinsectinvertebratenatureno-onenobodywildlifewingwingedwingszoologicalzoologyhttps://www.sciencephoto.com/media/871527/view/fly-s-eyes-and-bristles-close-up2018-06-19T09:35:46Z0.9K006/5188 Fly's eyes and bristles, close-upK006/5188 Fly's eyes and bristles, close-up.https://www.sciencephoto.com/image/871527/350wm/K0065188-Fly_s_eyes_and_bristles,_close-up-SPL.jpghttps://www.sciencephoto.com/image/871527/preview/K0065188-Fly_s_eyes_and_bristles,_close-up-SPL.mp413.162017-07-28Yesanatomicalanatomyanimalarthropodbiologicalbiologybristlebristlesclose-upcompound eyecompound eyesdetaildipteradipteranentomologicalentomologyeyeeyesfaunaflyinsectinvertebratenatureno-onenobodywildlifezoologicalzoologyhttps://www.sciencephoto.com/media/871528/view/green-bottle-fly-grooming2018-06-19T09:35:46Z0.9K006/5195 Green bottle fly groomingK006/5195 Green bottle fly grooming, seen from the side. The fly is seen using its rear legs to groom its abdomen and then its front legs to groom its head. Flies engage in extensive and fastidious cleaning and grooming behaviours. These routines remove physical and chemical detritus, as well as bacterial films, and helps clear their smell and other sensory receptors.https://www.sciencephoto.com/image/871528/350wm/K0065195-Green_bottle_fly_grooming-SPL.jpghttps://www.sciencephoto.com/image/871528/preview/K0065195-Green_bottle_fly_grooming-SPL.mp418.192017-07-28Yesabdomenanatomicalanatomyanimalarthropodbehaviourbiologicalbiologyblow flycalliphoridaecleancleaningclose-updetaildipteradipteranentomologicalentomologyfaunaflyfront legsgreen bottlegreenbottlegroomgroomingheadinsectinvertebrateleglegsnatureno-onehttps://www.sciencephoto.com/media/871529/view/rotting-strawberries-time-lapse-footage2018-06-19T09:35:46Z0.9K006/5253 Rotting strawberries, time-lapse footageK006/5253 Rotting strawberries, time-lapse footage. Mould fungi grow on the decaying strawberries, with flies seen towards the end of the clip.https://www.sciencephoto.com/image/871529/350wm/K0065253-Rotting_strawberries,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871529/preview/K0065253-Rotting_strawberries,_time-lapse_footage-SPL.mp478.142017-07-28Yesanimalsbiologyclipdecaydecayingdecomposingdecompositionfilmfliesflyfoodfoodsfoodstufffoodstuffsfootagefragariafragaria x ananassafruitfungalfungifungusinsectsmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicroorganismmicroorganismsmotionhttps://www.sciencephoto.com/media/871530/view/beefburger-decaying-time-lapse-footage2018-03-28T09:38:32Z0.9K006/6092 Beefburger decaying, time-lapse footageK006/6092 Beefburger decaying. Time-lapse footage of a beefburger sandwich, with a bite taken out of it, decaying in a household setting. The rate at which time is passing is shown on the clock.https://www.sciencephoto.com/image/871530/350wm/K0066092-Beefburger_decaying,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/871530/preview/K0066092-Beefburger_decaying,_time-lapse_footage-SPL.mp417.112017-07-28Yesbeefbeefburgerbiologybitebreadburgerclipclockdaysdecaydecayingdecomposingdecompositiondining roomdomesticfast foodfilmfoodfoodsfoodstufffoodstuffsfootagehamburgerhousehouseholdmagazinesmeatmicro-organismmicro-organismsmicrobemicrobesmicrobialhttps://www.sciencephoto.com/media/872115/view/impacts-on-young-alien-planet-and-moons2018-03-28T09:38:32Z0.9K007/0348 Impacts on young alien planet and moonsK007/0348 Animation of a heavy meteorite bombardment of an alien planet and its moons. The surface of the planet is heavily cratered with numerous molten regions. This echoes the Late Heavy Bombardment of Earth and the Moon early in their history, some four billion years ago. Such a process could occur in any planets that formed in a similar way. In July 2017, researchers announced the potential discovery of the first exomoon, a natural satellite of a planet around another star. The system orbits the Sun-like star Kepler 1625, some 4000 light years from Earth.https://www.sciencephoto.com/image/872115/350wm/K0070348-Impacts_on_young_alien_planet_and_moons-SPL.jpghttps://www.sciencephoto.com/image/872115/preview/K0070348-Impacts_on_young_alien_planet_and_moons-SPL.mp440.012017-08-03Yes20174kaccretionalienanimatedanimationartartworkasteroidasteroidsastronomicalastronomycratercrateredcratersearlyearth-likeexomoonexomoonsexoplanetexoplanetsextrasolarformationforminggianthittingillustrationimpactimpactingimpactslate heavy bombardmentlhbhttps://www.sciencephoto.com/media/872116/view/near-earth-asteroid-2012-tc42018-03-28T09:38:32Z0.9K007/0388 Near-Earth asteroid 2012 TC4K007/0388 Animation of the near-Earth asteroid 2012 TC4 passing Earth in October 2017. Measurements indicate that the 20-metre asteroid may pass as close as 6800 kilometres during this approach, less than 2% of the distance to the Moon. The asteroid was discovered in October 2012, when it passed some 94,800 kilometres from Earth. It has been calculated that there is a 1-in-14,000 chance that 2012 TC4 will hit Earth within the next 100 years. It is a member of the Apollo class of asteroids, whose elliptical orbits take them closer and further away from the Sun than Earth. The meteor that exploded over the city of Chelyabinsk in February 2013, injuring some 1500 people, was a member of the same class, and a similar size. While that asteroid was undetected until the impact, the approach of 2012 TC4 will be closely studied, to help test and refine the effectiveness of the current systems in place for detecting potential impact threats.https://www.sciencephoto.com/image/872116/350wm/K0070388-Near-Earth_asteroid_2012_TC4-SPL.jpghttps://www.sciencephoto.com/image/872116/preview/K0070388-Near-Earth_asteroid_2012_TC4-SPL.mp46.012017-08-03Yes2012 tc42017apollo asteroidasteroidsastronomicalastronomyclose approachdangerdangerousdefencedefensedetectingdetectioneartheventglobehazardmeteormeteoritemeteoroidmonitormonitoringmovingnasanear-earth asteroidnewsorbitorbitalorbitingouterpasspassinghttps://www.sciencephoto.com/media/872465/view/tornado-and-lightning-oklahoma-usa2018-03-28T09:38:32Z0.9K006/6144 Tornado and lightning, Oklahoma, USAK006/6144 Supercell storm with frequent lightning, producing an EF3 tornado. The tornado is partially hidden by the dense shaft of rain. A tornado is a rapidly rotating funnel of air that can form below certain types of storm clouds. High wind speeds within the rotating funnel can cause immense destruction. An EF3 tornado is one in which wind speeds are between 220-270 kilometres per hour. These tornadoes are capable of damaging buildings, trees, cars and other heavy objects. This tornado was a large one, over a kilometre across. It was on the ground for around an hour. Filmed near Elmer, Oklahoma, USA, on 16th May 2015.https://www.sciencephoto.com/image/872465/350wm/K0066144-Tornado_and_lightning,_Oklahoma,_USA-SPL.jpghttps://www.sciencephoto.com/image/872465/preview/K0066144-Tornado_and_lightning,_Oklahoma,_USA-SPL.mp460.022017-08-04Yes2015americanawesomebeauty in naturecellcloudcloudydangerdark skydownpouref3elmerflashflashesgrassgrasslandgreat plainshazardlightningmeteorologicalmeteorologynaturaloklahomaplainplainspowerfulrainrainingsevereshaftshelfspringhttps://www.sciencephoto.com/media/872466/view/tornado-and-lightning-oklahoma-usa2018-03-28T09:38:32Z0.9K006/6156 Tornado and lightning, Oklahoma, USAK006/6156 Supercell storm with frequent lightning, producing an EF3 tornado. The tornado is partially hidden by the dense shaft of rain. A tornado is a rapidly rotating funnel of air that can form below certain types of storm clouds. High wind speeds within the rotating funnel can cause immense destruction. An EF3 tornado is one in which wind speeds are between 220-270 kilometres per hour. These tornadoes are capable of damaging buildings, trees, cars and other heavy objects. This tornado was a large one, over a kilometre across. It was on the ground for around an hour. Filmed near Elmer, Oklahoma, USA, on 16th May 2015.https://www.sciencephoto.com/image/872466/350wm/K0066156-Tornado_and_lightning,_Oklahoma,_USA-SPL.jpghttps://www.sciencephoto.com/image/872466/preview/K0066156-Tornado_and_lightning,_Oklahoma,_USA-SPL.mp432.252017-08-04Yes2015americanawesomebeauty in naturecellcloudcloudydangerdark skydownpouref3elmerflashflashesgrassgrasslandgreat plainshazardlightningmeteorologicalmeteorologynaturaloklahomaplainplainspowerfulrainrainingsevereshaftshelfspringhttps://www.sciencephoto.com/media/872610/view/impacts-on-young-alien-planet-and-moons2018-03-28T09:38:32Z0.9K007/0464 Impacts on young alien planet and moonsK007/0464 Animation of a heavy meteorite bombardment of an alien planet and its moons. The surface of the planet is heavily cratered with numerous molten regions. This echoes the Late Heavy Bombardment of Earth and the Moon early in their history, some four billion years ago. Such a process could occur in any planets that formed in a similar way. In July 2017, researchers announced the potential discovery of the first exomoon, a natural satellite of a planet around another star. The system orbits the Sun-like star Kepler 1625, some 4000 light years from Earth.https://www.sciencephoto.com/image/872610/350wm/K0070464-Impacts_on_young_alien_planet_and_moons-SPL.jpghttps://www.sciencephoto.com/image/872610/preview/K0070464-Impacts_on_young_alien_planet_and_moons-SPL.mp420.012017-08-05Yes20174kaccretionalienanimatedanimationartartworkasteroidasteroidsastronomicalastronomycratercrateredcratersearlyearth-likeexomoonexomoonsexoplanetexoplanetsextrasolarformationforminggianthittingillustrationimpactimpactingimpactslate heavy bombardmentlhbhttps://www.sciencephoto.com/media/872656/view/stonefish-camouflaged-in-coral-rubble2018-03-28T09:38:32Z0.9K006/8870 Stonefish camouflaged in coral rubbleK006/8870 Zoom into a stonefish (Synanceia sp.) camouflaged amongst coral rubble. The stonefish is a highly venomous fish that bears poisonous spines on its back, which deter predators. The sting can be fatal to humans who accidentally tread on it or pick it up. Stonefish use their camouflage to hide from their prey, which includes crabs and smaller fish. When it approaches close enough to be caught, the fish engulfs it with a rapid strike of its large mouth. Filmed in Raja Ampat, Indonesia.https://www.sciencephoto.com/image/872656/350wm/K0068870-Stonefish_camouflaged_in_coral_rubble-SPL.jpghttps://www.sciencephoto.com/image/872656/preview/K0068870-Stonefish_camouflaged_in_coral_rubble-SPL.mp4182017-08-09Yesanimalaquaticasianbenthiccamouflagecamouflagedcoraldeadliestdeadlydisguisedisguisedfatalfaunafishhiddenhidingindo-pacificindonesialethalmarineoceanpoisonpoisonouspredatorraja ampatreefrubbleseaseabedsouth-east asiasoutheast asiastonefishhttps://www.sciencephoto.com/media/872985/view/dubai-creek-port-timelapse2018-04-11T00:07:24Z0.9K006/9022 Dubai Creek port, timelapseK006/9022 Timelapse footage of people and boats at a port on Dubai Creek, Dubai, United Arab Emirates. Numerous small wooden boats called abra ferry passengers across the creek, between the districts of Deira and Bur Dubai.https://www.sciencephoto.com/image/872985/350wm/K0069022-Dubai_Creek_port,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/872985/preview/K0069022-Dubai_Creek_port,_timelapse-SPL.mp413.262017-08-12Yesbayboatboatsbuildingbusinessbustlingbusycanalcitycityscapecommutecrowdedcrowdscruisedubaidubai creekferryhorizontalmarinamodernnauticaloutdoorspeoplepierportriversailseashipskysped uptime lapsehttps://www.sciencephoto.com/media/872986/view/traffic-timelapse-sri-lanka2018-04-10T00:07:19Z0.9K006/9033 Traffic timelapse, Sri LankaK006/9033 Timelapse footage of traffic on a busy roundabout in Galle, Sri Lanka.https://www.sciencephoto.com/image/872986/350wm/K0069033-Traffic_timelapse,_Sri_Lanka-SPL.jpghttps://www.sciencephoto.com/image/872986/preview/K0069033-Traffic_timelapse,_Sri_Lanka-SPL.mp45.142017-08-12Yesactionautoautomobilebusbusesbusycarcitycommercialcontains peoplecrowdeddestinationdrivedriverenginefastfreewaygallegrandinternationalintersectionmodernmotormotor vehiclemovementoutdoorspolicerickshawroadrushshipspeedhttps://www.sciencephoto.com/media/872987/view/amsterdam-canals-timelapse2018-04-10T00:07:19Z0.9K006/9049 Amsterdam canals, timelapseK006/9049 Timelapse footage of road and canal traffic in the evening in Amsterdam, the Netherlands. This is the intersection of the Prinsengracht and Brouwersgracht canals.https://www.sciencephoto.com/image/872987/350wm/K0069049-Amsterdam_canals,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/872987/preview/K0069049-Amsterdam_canals,_timelapse-SPL.mp411.172017-08-12Yesamsterdamarchitecturebargebargesboatboatsbridgebrouwersgrachtbuildingcanalcitycontemporarycornerduskdutcheveninggrachtgrachtenhollandhouseilluminatedlightlit upnightoutdoorsprinsengrachtreflectionspringstreetthe netherlandstime lapsetime-lapsehttps://www.sciencephoto.com/media/872988/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9563 Lake Constance, drone footageK006/9563 Aerial drone footage of the lower section of Lake Constance, showing the bay and church at Berlingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/872988/350wm/K0069563-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872988/preview/K0069563-Lake_Constance,_drone_footage-SPL.mp414.212017-08-12Yes4kaerialbayberlingenchurchclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographylakelocationlowernaturesceneryscenicswitzerlandthurgauuhdvideoviewhttps://www.sciencephoto.com/media/872989/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9564 Lake Constance, drone footageK006/9564 Aerial drone footage with view of the lower section of Lake Constance, showing the bay and church at Berlingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/872989/350wm/K0069564-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872989/preview/K0069564-Lake_Constance,_drone_footage-SPL.mp420.042017-08-12Yes4kaerialbayberlingenchurchclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographylakelocationlowernaturesceneryscenicswitzerlandthurgauuhdvideoviewhttps://www.sciencephoto.com/media/872990/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9565 Lake Constance, drone footageK006/9565 Sunset at Lake Constance, panning from the Seerhein narrows across UNESCO World Heritage island Reichenau and the Hegau volcano range, Ermatingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/872990/350wm/K0069565-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872990/preview/K0069565-Lake_Constance,_drone_footage-SPL.mp458.182017-08-12Yes4kaerialclipclipsconstancedestinationdronedronesenvironmentermatingeneuropeeuropeaneveningfootagefullgeographyhegauislandlakelocationlowermoonnarrowsnaturerangereichenausceneryscenicseerhinesunsetswitzerlandthurgauhttps://www.sciencephoto.com/media/872991/view/frohburgh-castle-drone-footage2018-10-16T00:07:51Z0.9K006/9566 Frohburgh Castle, drone footageK006/9566 Aerial drone footage of Frohburg castle ruins on Hauenstein mountain pass at dusk, near Olten, Solothurn canton, Switzerland.https://www.sciencephoto.com/image/872991/350wm/K0069566-Frohburgh_Castle,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872991/preview/K0069566-Frohburgh_Castle,_drone_footage-SPL.mp424.112017-08-12Yes4kaerialcastleclipclipsdestinationdronedronesduskenvironmenteuropeeuropeanfootagefrohburggeographyhauensteinjuralocationmountainmountainsnatureoltenruinruinssceneryscenicsolothurnsunsetswitzerlanduhdvideoviewhttps://www.sciencephoto.com/media/872992/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9567 Lake Constance, drone footageK006/9567 Aerial drone footage of the lower section of Lake Constance, filmed at Triboltingen boat slip and showing the Seerhein narrows between Constance and Gottlieben, Thurgau, Switzerland.https://www.sciencephoto.com/image/872992/350wm/K0069567-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872992/preview/K0069567-Lake_Constance,_drone_footage-SPL.mp421.32017-08-12Yes4kaerialboatboatsclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographygottliebenkreuzlingenlakelocationnarrowsnaturerhineriversceneryscenicseerhinesliptriboltingenuhdvideoviewhttps://www.sciencephoto.com/media/872993/view/sunset-over-lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9568 Sunset over Lake Constance, drone footageK006/9568 Sunset above the yacht harbor of Ermatingen at lower lake Constance, with a view of Hegau volcano range in the distance, Ermatingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/872993/350wm/K0069568-Sunset_over_Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872993/preview/K0069568-Sunset_over_Lake_Constance,_drone_footage-SPL.mp438.152017-08-12Yes4kaerialboatclipclipsconstancedestinationdronedronesenvironmentermatingeneuropeeuropeaneveningfootagegeographyharborhegaulakelocationlowernaturerangesceneryscenicsunsunsetswitzerlandthurgautreeuhdvideohttps://www.sciencephoto.com/media/872994/view/giessen-waterfall-drone-footage2018-10-16T00:07:51Z0.9K006/9569 Giessen waterfall, drone footageK006/9569 Aerial drone footage panning around Giessen waterfall located in a forest in the Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/872994/350wm/K0069569-Giessen_waterfall,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872994/preview/K0069569-Giessen_waterfall,_drone_footage-SPL.mp424.292017-08-12Yes4kaerialbaselbasel-landschaftclipclipsdestinationdronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenjuralocationmotionmountainsnaturepanpanoramariversceneryscenicuhdvideoviewwaterwaterfallhttps://www.sciencephoto.com/media/872995/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9570 Lake Constance, drone footageK006/9570 Aerial drone footage of the lower section of Lake Constance with the Seerhein narrows between Constance Kreuzlingen and Gottlieben, Thurgau, Switzerland.https://www.sciencephoto.com/image/872995/350wm/K0069570-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872995/preview/K0069570-Lake_Constance,_drone_footage-SPL.mp4342017-08-12Yes4kaerialclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographygottliebenkreuzlingenlakelocationnarrowsnaturerhineriversceneryscenicseerhinetriboltingenuhdvideoviewhttps://www.sciencephoto.com/media/872996/view/giessen-waterfall-drone-footage2018-10-16T00:07:51Z0.9K006/9571 Giessen waterfall, drone footageK006/9571 Aerial drone footage in upward motion, showing Giessen waterfall located in a forest in the Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/872996/350wm/K0069571-Giessen_waterfall,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872996/preview/K0069571-Giessen_waterfall,_drone_footage-SPL.mp414.282017-08-12Yes4kaerialbaselbasel-landschaftclipclipsdestinationdronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenjuralocationmotionmountainsnatureriversceneryscenicuhdupupwardvideoviewwaterwaterfallhttps://www.sciencephoto.com/media/872997/view/hiker-walks-up-to-giessen-waterfall2018-10-16T00:07:51Z0.9K006/9572 Hiker walks up to Giessen waterfallK006/9572 Aerial drone footage following a hiker who is walking up to Giessen waterfall, Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/872997/350wm/K0069572-Hiker_walks_up_to_Giessen_waterfall-SPL.jpghttps://www.sciencephoto.com/image/872997/preview/K0069572-Hiker_walks_up_to_Giessen_waterfall-SPL.mp442.092017-08-12Yes4kaerialbaselbasel-landschaftclipclipsdestinationdronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenhikerhikinglocationmalemodelnaturereleasedriversceneryscenicuhdvideoviewwaterwaterfallhttps://www.sciencephoto.com/media/872998/view/giessen-waterfall-drone-footage2018-10-16T00:07:51Z0.9K006/9573 Giessen waterfall, drone footageK006/9573 Aerial drone footage panning down to the foot of Giessen waterfall located in a forest in the Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/872998/350wm/K0069573-Giessen_waterfall,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872998/preview/K0069573-Giessen_waterfall,_drone_footage-SPL.mp428.22017-08-12Yes4kaerialbaselbasel-landschaftclipclipsdestinationdowndronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenjuralocationmotionmountainsnaturepanpanoramariversceneryscenicuhdvideoviewwaterwaterfallhttps://www.sciencephoto.com/media/872999/view/giessen-waterfall-drone-footage2018-10-16T00:07:51Z0.9K006/9574 Giessen waterfall, drone footageK006/9574 Aerial drone footage of the foot of Giessen waterfall located in a forest in the Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/872999/350wm/K0069574-Giessen_waterfall,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/872999/preview/K0069574-Giessen_waterfall,_drone_footage-SPL.mp425.232017-08-12Yes4kaerialbaselbasel-landschaftclipclipsdestinationdowndownwarddronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenjuralocationmotionmountainsnatureriversceneryscenicuhdvideoviewwaterwaterfallhttps://www.sciencephoto.com/media/873000/view/giessen-waterfall-drone-footage2018-10-16T00:07:51Z0.9K006/9575 Giessen waterfall, drone footageK006/9575 Aerial drone footage of the foot of Giessen waterfall located in a forest in the Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/873000/350wm/K0069575-Giessen_waterfall,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873000/preview/K0069575-Giessen_waterfall,_drone_footage-SPL.mp422.122017-08-12Yes4kaerialbaselbasel-landschaftclipclipsdestinationdowndownwarddronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenjuralocationmotionmountainsnatureriversceneryscenicuhdvideoviewwaterwaterfallhttps://www.sciencephoto.com/media/873001/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9576 Lake Constance, drone footageK006/9576 Flight across boat ramp and fishermen's houses at the small village of Ermatingen at lower lake Constance during sunset and full moon, Thurgau, Switzerland.https://www.sciencephoto.com/image/873001/350wm/K0069576-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873001/preview/K0069576-Lake_Constance,_drone_footage-SPL.mp439.112017-08-12Yes4kaerialboatclipclipsconstancedestinationdronedronesenvironmentermatingeneuropeeuropeaneveningfishermenfootagefullgeographyhouseslakelocationlowermoonnatureoframprowsceneryscenicsunsetswitzerlandthurgauhttps://www.sciencephoto.com/media/873002/view/hiker-walks-up-to-giessen-waterfall2018-10-16T00:07:51Z0.9K006/9577 Hiker walks up to Giessen waterfallK006/9577 Aerial drone footage following a hiker who is walking up to Giessen waterfall, Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/873002/350wm/K0069577-Hiker_walks_up_to_Giessen_waterfall-SPL.jpghttps://www.sciencephoto.com/image/873002/preview/K0069577-Hiker_walks_up_to_Giessen_waterfall-SPL.mp439.182017-08-12Yes4kaerialbackpackbaselbasel-landschaftclipclipsdestinationdronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenhikerhikinglocationmalemodelnatureredreleasedriversceneryscenicuhdvideoviewwaterhttps://www.sciencephoto.com/media/873003/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9578 Lake Constance, drone footageK006/9578 Aerial drone footage with view of the lower section of Lake Constance, showing the bay and church at Berlingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/873003/350wm/K0069578-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873003/preview/K0069578-Lake_Constance,_drone_footage-SPL.mp410.172017-08-12Yes4kaerialbayberlingenchurchclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographylakelocationlowernaturesceneryscenicswitzerlandthurgauuhdvideoviewhttps://www.sciencephoto.com/media/873004/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9579 Lake Constance, drone footageK006/9579 Aerial drone footage panning across the lower section of Lake Constance, showing the bay and church at Berlingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/873004/350wm/K0069579-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873004/preview/K0069579-Lake_Constance,_drone_footage-SPL.mp413.182017-08-12Yes4kaerialbayberlingenchurchclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographylakelocationlowernaturesceneryscenicswitzerlandthurgauuhdvideoviewhttps://www.sciencephoto.com/media/873005/view/giessen-waterfall-drone-footage2018-03-28T09:38:32Z0.9K006/9580 Giessen waterfall, drone footageK006/9580 Aerial drone footage panning around Giessen waterfall located in a forest in the Jura mountains, Basel-Landschaft canton, Switzerland.https://www.sciencephoto.com/image/873005/350wm/K0069580-Giessen_waterfall,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873005/preview/K0069580-Giessen_waterfall,_drone_footage-SPL.mp410.232017-08-12Yes4kaerialbaselbasel-landschaftclipclipsdestinationdronedroneseibachenvironmenteuropeeuropeanfootagegeographygiessenjuralocationmotionmountainsnaturepanpanoramariversceneryscenicuhdvideoviewwaterwaterfallhttps://www.sciencephoto.com/media/873006/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9581 Lake Constance, drone footageK006/9581 Aerial drone footage with view of the lower section of Lake Constance, showing the bay and church at Berlingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/873006/350wm/K0069581-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873006/preview/K0069581-Lake_Constance,_drone_footage-SPL.mp47.282017-08-12Yes4kaerialbayberlingenchurchclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographylakelocationlowernaturesceneryscenicswitzerlandthurgauuhdvideoviewhttps://www.sciencephoto.com/media/873007/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9582 Lake Constance, drone footageK006/9582 Aerial drone footage of the lower section of Lake Constance, showing the bay and church at Berlingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/873007/350wm/K0069582-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873007/preview/K0069582-Lake_Constance,_drone_footage-SPL.mp420.092017-08-12Yes4kaerialbayberlingenchurchclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographylakelocationlowernaturesceneryscenicswitzerlandthurgauuhdvideoviewhttps://www.sciencephoto.com/media/873008/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9583 Lake Constance, drone footageK006/9583 Flight across boat ramp and fishermen's houses at the small village of Ermatingen at lower lake Constance during sunset and full moon, Thurgau, Switzerland.https://www.sciencephoto.com/image/873008/350wm/K0069583-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873008/preview/K0069583-Lake_Constance,_drone_footage-SPL.mp445.182017-08-12Yes4kaerialboatclipclipsconstancedestinationdronedronesenvironmentermatingeneuropeeuropeaneveningfishermenfootagefullgeographyhouseslakelocationlowermoonnatureoframprowsceneryscenicsunsetswitzerlandthurgauhttps://www.sciencephoto.com/media/873009/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9584 Lake Constance, drone footageK006/9584 Aerial drone footage of the lower section of Lake Constance, showing the bay and church at Berlingen, Thurgau, Switzerland.https://www.sciencephoto.com/image/873009/350wm/K0069584-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873009/preview/K0069584-Lake_Constance,_drone_footage-SPL.mp415.232017-08-12Yes4kaerialbayberlingenchurchclipclipsconstancedestinationdronedronesenvironmenteuropeeuropeaneveningfootagegeographylakelocationlowernaturesceneryscenicswitzerlandthurgauuhdvideoviewhttps://www.sciencephoto.com/media/873010/view/lake-constance-drone-footage2018-10-16T00:07:51Z0.9K006/9585 Lake Constance, drone footageK006/9585 Aerial drone footage of the lower section of Lake Constance with the shores of Triboltingen and Ermatingen (left) and the UNESCO listed island of Reichenau (right), Thurgau, Switzerland.https://www.sciencephoto.com/image/873010/350wm/K0069585-Lake_Constance,_drone_footage-SPL.jpghttps://www.sciencephoto.com/image/873010/preview/K0069585-Lake_Constance,_drone_footage-SPL.mp4362017-08-12Yes4kaerialclipclipscloudcloudsconstancedestinationdronedronesenvironmentermatingeneuropeeuropeaneveningfootagegeographylakelocationnaturesceneryscenictriboltingenuhdunescovideoviewhttps://www.sciencephoto.com/media/873011/view/aerial-of-voidokilia-beach-greece2018-03-28T09:38:32Z0.9K006/9670 Aerial of Voidokilia Beach, GreeceK006/9670 Aerial drone footage of Voidokilia Beach, Pylos, Greece. The semicircular beach separates the small Gialova Lagoon (left) from the Ionian Sea. The lagoon is brackish and is an important habitat for migratory birds.https://www.sciencephoto.com/image/873011/350wm/K0069670-Aerial_of_Voidokilia_Beach,_Greece-SPL.jpghttps://www.sciencephoto.com/image/873011/preview/K0069670-Aerial_of_Voidokilia_Beach,_Greece-SPL.mp4392017-08-12Yes4kaerialbeachbeachesbeautifulbeautyblue watercalmdaydaytimedestinationdronefrom abovegialova lagoongreecegreekhabitathorizonhotionianmediterraneannaturalnaturenavarino bayoutdoorspelopponesepylossandsandysceneryscenicseahttps://www.sciencephoto.com/media/873012/view/male-cicada-singing2018-03-28T09:38:32Z0.9K006/9671 Male cicada singingK006/9671 Male cicada (Cicadidae) singing on an olive branch. Male cicadas sing to attract mates, and can produce an exceptionally loud song, up to 120 decibels in some species. The male cicadas can disable their own ears during singing to prevent damage from the loud sounds. Filmed in Greece.https://www.sciencephoto.com/image/873012/350wm/K0069671-Male_cicada_singing-SPL.jpghttps://www.sciencephoto.com/image/873012/preview/K0069671-Male_cicada_singing-SPL.mp426.262017-08-12Yesanimalannoyingaudiobiologicalbiologybranchbugcallcallingcamouflagecamouflagedchirpchirpingcicadacourtshipdaydaytimeentomologicalentomologyeuropeanfaunagreecegreekhemipterahemipteraninsectloudmalemediterraneannatureolivepesthttps://www.sciencephoto.com/media/873013/view/aerial-view-of-gialova-lagoon-greece2018-03-28T09:38:32Z0.9K006/9673 Aerial view of Gialova Lagoon, GreeceK006/9673 Aerial drone footage of Gialova Lagoon (right) and Navarino Bay (left), in Pylos, Greece. The lagoon is cut off from the Ionian Sea by a thin strip of dunes, and forms a brackish body of water that is an important habitat for migratory birds.https://www.sciencephoto.com/image/873013/350wm/K0069673-Aerial_view_of_Gialova_Lagoon,_Greece-SPL.jpghttps://www.sciencephoto.com/image/873013/preview/K0069673-Aerial_view_of_Gialova_Lagoon,_Greece-SPL.mp428.22017-08-12Yesaerialbeachbeachesbeautifulbeautyblue watercalmdaydaytimedestinationdronefrom abovegialova lagoongreecegreekhabitathorizonhotionianmediterraneannaturalnaturenavarino bayoutdoorspelopponesepylosreflectionsandsandysceneryscenicseahttps://www.sciencephoto.com/media/873014/view/wasp-fossilised-in-amber2018-09-20T00:05:18Z0.9K006/9957 Wasp fossilised in amberK006/9957 Microscope footage of a Scelionid wasp fossilised in amber. This piece of amber is from the Eocene epoch (56-33.9 million years ago) and was found in what is now Poland. Amber is the fossilised resin of coniferous trees, and often contains insects and other small animals, providing valuable insights into the ecosystems at the time.https://www.sciencephoto.com/image/873014/350wm/K0069957-Wasp_fossilised_in_amber-SPL.jpghttps://www.sciencephoto.com/image/873014/preview/K0069957-Wasp_fossilised_in_amber-SPL.mp420.182017-08-12Yesamberanimalantennaearchaeologyarthopodabaltic amberearth scienceseoceneeyefossilfossilisationfossilisedfossilizationfossilizedheadinsectlayersmicroscopemicroscopicmillion yearsnatural amberorangepalaeontologypaleontologyprehistoricprehistorypreservedrockscelionidscelionidaestoneteleasinaehttps://www.sciencephoto.com/media/873015/view/burchell-s-zebras-playing2018-03-28T09:38:32Z0.9K007/0489 Burchell's zebras playingK007/0489 Burchell's zebras (Equus burchelli) playing whilst the herd is drinking at a waterhole. These wild horses are found on the grassy plains of eastern and southern Africa. They live in herds of several hundred individuals, and are always to be found close to a water source. They eat grass, leaves and shoots. Zebras are an important prey animal for large carnivores such as lions, although they can outrun them over long distances. When fleeing from predators they remain together in a close-knit group. This behaviour, combined with their striped patterning, may make it more difficult for a predator to select a target. Filmed at the Nedbrowni waterhole in the Etosha National Park, Namibia, Southern Africa.https://www.sciencephoto.com/image/873015/350wm/K0070489-Burchell_s_zebras_playing-SPL.jpghttps://www.sciencephoto.com/image/873015/preview/K0070489-Burchell_s_zebras_playing-SPL.mp4302017-08-12Yesactionaffectionafricaafricananimalanimal behaviouranimalsaridbehaviourbondbondingburchell'sequidequusequus burchelliequus quagga burchellietosha national parkfaunagame reservegroupherbivoresherbivorousherdherd dynamicsinteractionmammalmanymultiplenamibianamibiannaturenature reservehttps://www.sciencephoto.com/media/873016/view/damara-dik-dik-nose-twitching2018-03-28T09:38:32Z0.9K007/0490 Damara dik-dik nose twitchingK007/0490 Male Kirk's dik-dik (Madoqua kirkii damarensis) nose twitching. Dik-diks usually nose-twitch when they are wary. This tiny antelope is also known as the Damara dik-dik (a subspecies of Kirk's dik-dik found in Southern Angola and Namibia). It grows to around 65 centimetres in length and weighs around 5 kilograms as an adult. It is monogamous, lives in pairs, and is active both during the day and at night, feeding on shoots, tubers and roots, which it digs out of the ground. When startled, it runs in a zigzag pattern, making frequent leaps and bounds. Kirk's dik-dik lives in savanna and scrub in Kenya, Tanzania, Angola and Namibia. Filmed in the Etosha National Park, Namibia.https://www.sciencephoto.com/image/873016/350wm/K0070490-Damara_dik-dik_nose_twitching-SPL.jpghttps://www.sciencephoto.com/image/873016/preview/K0070490-Damara_dik-dik_nose_twitching-SPL.mp439.112017-08-12Yesafricaafricanalertangolaangolananimalantelopeartiodactylabrowserdamaradamarensisdik-dikerectile crestetosha national parkgame reserveherbivoreherbivoroushornedhornskirk's dik-dikmadoqua kirkiimalemammalmobile proboscismonogamousmonogamynamibianamibiannaturenature reservenose twitchingpreorbital glandshttps://www.sciencephoto.com/media/873017/view/burchell-s-zebras-nuzzling2018-03-28T09:38:32Z0.9K007/0491 Burchell's zebras nuzzlingK007/0491 Burchell's zebras (Equus burchelli) nuzzling. Nuzzling is a common means of bonding and socializing for zebras. These wild horses are found on the grassy plains of eastern and southern Africa. They live in herds of several hundred individuals, and are always to be found close to a water source. They eat grass, leaves and shoots. Zebras are an important prey animal for large carnivores such as lions, although they can outrun them over long distances. When fleeing from predators they remain together in a close-knit group. This behaviour, combined with their striped patterning, may make it more difficult for a predator to select a target. Filmed in the Etosha National Park, Namibia, Southern Africa.https://www.sciencephoto.com/image/873017/350wm/K0070491-Burchell_s_zebras_nuzzling-SPL.jpghttps://www.sciencephoto.com/image/873017/preview/K0070491-Burchell_s_zebras_nuzzling-SPL.mp450.222017-08-12Yesafricaafricananimalanimal behaviouranimalsbondbondingburchell'sduoequidequusequus burchelliequus quagga burchellietosha national parkfaunagame reservegroupherbivoresherbivorousinteractionmammalnamibianamibiannaturenature reservenibbleno onenobodynuzzlenuzzlingplains zebrapreferred associateshttps://www.sciencephoto.com/media/873018/view/burchell-s-zebra-drinking2018-03-28T09:38:32Z0.9K007/0492 Burchell's zebra drinkingK007/0492 Burchell's zebras (Equus burchelli) playing whilst the herd is drinking at a waterhole. These wild horses are found on the grassy plains of eastern and southern Africa. They live in herds of several hundred individuals, and are always to be found close to a water source. They eat grass, leaves and shoots. Zebras are an important prey animal for large carnivores such as lions, although they can outrun them over long distances. When fleeing from predators they remain together in a close-knit group. This behaviour, combined with their striped patterning, may make it more difficult for a predator to select a target. Filmed at the Nedbrowni waterhole in the Etosha National Park, Namibia, Southern Africa.https://www.sciencephoto.com/image/873018/350wm/K0070492-Burchell_s_zebra_drinking-SPL.jpghttps://www.sciencephoto.com/image/873018/preview/K0070492-Burchell_s_zebra_drinking-SPL.mp4512017-08-12Yesactionaffectionafricaafricananimalanimal behaviouranimalsaridbehaviourbondbondingburchell'sequidequusequus burchelliequus quagga burchellietosha national parkfaunagame reservegroupherbivoresherbivorousherdherd dynamicsinteractionmammalmanymultiplenamibianamibiannaturenature reservehttps://www.sciencephoto.com/media/873019/view/burchell-s-zebras-playing2018-03-28T09:38:32Z0.9K007/0493 Burchell's zebras playingK007/0493 Burchell's zebras (Equus burchelli) playing whilst the herd is drinking at a waterhole. These wild horses are found on the grassy plains of eastern and southern Africa. They live in herds of several hundred individuals, and are always to be found close to a water source. They eat grass, leaves and shoots. Zebras are an important prey animal for large carnivores such as lions, although they can outrun them over long distances. When fleeing from predators they remain together in a close-knit group. This behaviour, combined with their striped patterning, may make it more difficult for a predator to select a target. Filmed at the Nedbrowni waterhole in the Etosha National Park, Namibia, Southern Africa.https://www.sciencephoto.com/image/873019/350wm/K0070493-Burchell_s_zebras_playing-SPL.jpghttps://www.sciencephoto.com/image/873019/preview/K0070493-Burchell_s_zebras_playing-SPL.mp435.012017-08-12Yesactionaffectionafricaafricananimalanimal behaviouranimalsaridbehaviourbondbondingburchell'sequidequusequus burchelliequus quagga burchellietosha national parkfaunagame reservegroupherbivoresherbivorousherdherd dynamicsinteractionmammalmanymultiplenamibianamibiannaturenature reservehttps://www.sciencephoto.com/media/873020/view/damara-dik-dik-browsing2018-03-28T09:38:32Z0.9K007/0494 Damara dik-dik browsingK007/0494 Male Kirk's dik-dik (Madoqua kirkii damarensis) browsing on plant shoots. This tiny antelope is also known as the Damara dik-dik (a subspecies of Kirk's dik-dik found in Southern Angola and Namibia). It grows to around 65 centimetres in length and weighs around 5 kilograms as an adult. It is monogamous, lives in pairs, and is active both during the day and at night, feeding on shoots, tubers and roots, which it digs out of the ground. When startled, it runs in a zigzag pattern, making frequent leaps and bounds. Kirk's dik-dik lives in savanna and scrub in Kenya, Tanzania, Angola and Namibia. Filmed in the Etosha National Park, Namibia.https://www.sciencephoto.com/image/873020/350wm/K0070494-Damara_dik-dik_browsing-SPL.jpghttps://www.sciencephoto.com/image/873020/preview/K0070494-Damara_dik-dik_browsing-SPL.mp49.092017-08-12Yesafricaafricanangolaangolananimalantelopeartiodactylabrowserbrowsingdamaradamarensisdik-dikeateatingerectile crestetosha national parkfeedinggame reservegnawherbivoreherbivoroushornedhornskirk's dik-dikmadoqua kirkiimalemammalmobile proboscismonogamousmonogamynamibianamibianhttps://www.sciencephoto.com/media/873021/view/total-solar-eclipse-turkey-20062018-03-28T09:38:32Z0.9K007/0561 Total solar eclipse, Turkey 2006K007/0561 Sequence of views of the total solar eclipse of 29th March 2006, from Turkey. This total eclipse was visible from a thin path from Brazil through western and north Africa to Turkey, Russia and Mongolia. A total eclipse occurs when the Moon passes in front of the Sun, casting its shadow on the Earth. At totality the Sun's face is completely covered, and immediately before and after this there is often one small bright spot where the Sun shines through a lunar valley, which produces the so-called "diamond ring effect" seen here. It is a coincidence that the Moon and the Sun appear a similar size in the sky - the Sun is 400 times wider than the Moon, and 400 times further away.https://www.sciencephoto.com/image/873021/350wm/K0070561-Total_solar_eclipse,_Turkey_2006-SPL.jpghttps://www.sciencephoto.com/image/873021/preview/K0070561-Total_solar_eclipse,_Turkey_2006-SPL.mp492017-08-12Yes200621st century4kalignedalignmentastronomicalastronomybaily's beadsbeadbeautifulbeautyblackcoronacoveringdarkdiamond ringeclipseeclipsingeffecteventfacehidinghistoricalhistorymoonnewssequenceshadowskysolarsolar systemspacehttps://www.sciencephoto.com/media/873022/view/pygospio-elegans-polychaete-worm2018-03-28T09:38:32Z0.9K006/9881 Pygospio elegans polychaete wormK006/9881 Microscope footage of the polychaete worm Pygospio elegans. This is a marine bristle worm that inhabits sand and mud in coastal regions of the northeastern Atlantic, as well as the Mediterranean Sea and north Pacific. It inhabits a tube in the substrate, and extends its body and head from the tube to feed on detritus and smaller animals. It is known for its incredible ability to regenerate, and a worm cut in half may develop into two complete new worms. It can reach a length of around 15 millimetres. Sample collected from Dale, Pembrokeshire, Wales, UK. Filmed with darkfield illumination.https://www.sciencephoto.com/image/873022/350wm/K0069881-Pygospio_elegans_polychaete_worm-SPL.jpghttps://www.sciencephoto.com/image/873022/preview/K0069881-Pygospio_elegans_polychaete_worm-SPL.mp429.162017-08-14Yesanimalannelidannelidaaquaticbenthicbiologicalbiologybristle wormbristlewormbritainbritishchaetaedarkfieldfaunainvertebratelifelocomotionmarinemicroscopemicroscopicmodelmovementmovingnaturalnatureoceanpolychaeteregenerationresearchseasegmentedsetaehttps://www.sciencephoto.com/media/873053/view/hoverfly-feeding-on-apple-blossom-high-speed-footage2018-03-28T09:38:32Z0.9K006/9222 Hoverfly feeding on apple blossom, high-speed footageK006/9222 Hoverfly feeding on apple blossom, high-speed footage. Hoverflies (family: Syrphidae) feed on the nectar and pollen produced by flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination.https://www.sciencephoto.com/image/873053/350wm/K0069222-Hoverfly_feeding_on_apple_blossom,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873053/preview/K0069222-Hoverfly_feeding_on_apple_blossom,_high-speed_footage-SPL.mp438.162017-08-15Yesangiospermangiospermsanimalapple blossombiologicalbiologyblossombotanicalbotanyclipcropentomologicalentomologyfaunafeedingfilmfloraflowerflower flyflowering plantflowersflyflyingfootagefruit productionhigh-speedhoverhoverflyhoveringinsectmalusmotionhttps://www.sciencephoto.com/media/873054/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9223 Bumblebee feeding on bluebell flowers, high-speed footageK006/9223 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873054/350wm/K0069223-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873054/preview/K0069223-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp452.192017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873055/view/ciliates-feeding-on-diatoms-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9224 Ciliates feeding on diatoms, light microscopy footageK006/9224 Ciliates feeding on diatoms. Differential interference contrast (DIC) light microscopy footage of ciliates that have been feeding on diatoms. The diatoms are clearly visible being digested within the main body of the ciliate protozoans. Cilates are protozoans (a type of single-celled organism) that move using cilia. Diatoms are a type of algae. Strands of filamentary algae are also seen in this footage.https://www.sciencephoto.com/image/873055/350wm/K0069224-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873055/preview/K0069224-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.mp425.222017-08-15Yesalgaealgalaquaticbiologicalbiologybotanicalbotanyciliateciliatesciliophoraclipdiatomdiatomsdicdifferential interference contrastdigestingdigestioneatingfaunafeedingfilamentfilamentaryfilamentsfilmflorafootagefreshwateringestedingestinglight microscopelight microscopymicro-organismhttps://www.sciencephoto.com/media/873056/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9225 Bumblebee feeding on bluebell flowers, high-speed footageK006/9225 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873056/350wm/K0069225-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873056/preview/K0069225-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp430.182017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873057/view/bumblebee-feeding-on-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9226 Bumblebee feeding on flowers, high-speed footageK006/9226 Bumblebee feeding on flowers. High-speed footage of a bumblebee (Bombus sp.) feeding on pollen and nectar from flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873057/350wm/K0069226-Bumblebee_feeding_on_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873057/preview/K0069226-Bumblebee_feeding_on_flowers,_high-speed_footage-SPL.mp439.112017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybombusbotanicalbotanybumble beebumblebeeclipcropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedinsectmotionmutualismmutualisticnaturenectaringno-onehttps://www.sciencephoto.com/media/873058/view/unusual-cloud-formation-time-lapse-footage2018-03-28T09:38:32Z0.9K006/9227 Unusual cloud formation, time-lapse footageK006/9227 Unusual cloud formation. Time-lapse footage of a cloud formation forming and dissipating over houses. The time-lapse rate is one frame per second. Footage filmed in Clunderwen, West Wales.https://www.sciencephoto.com/image/873058/350wm/K0069227-Unusual_cloud_formation,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/873058/preview/K0069227-Unusual_cloud_formation,_time-lapse_footage-SPL.mp414.192017-08-15Yesadiabatic lapse rateatmosphereatmosphericbritainbritishclipcloudcloud formationscloudsclunderwendissipatingfilmfootageformationforminglee wavemeteorologicalmeteorologymotionno-onenobodyphenomenaphenomenonskystanding wavetime lapsetime-lapsetimelapseukunited kingdomvideowaleshttps://www.sciencephoto.com/media/873059/view/bees-mating-on-a-flower2018-03-28T09:38:32Z0.9K006/9228 Bees mating on a flowerK006/9228 Bees mating on a flower. Close-up footage of two Andrena bees mating on apple blossom. These bees, also called mining bees, develop in underground pupae over the winter. After the adults mate, the females lay eggs in a nest burrow, usually in areas of sandy soil. The eggs will be sealed into cells containing food supplies in the form of pollen and nectar obtained from flowers.https://www.sciencephoto.com/image/873059/350wm/K0069228-Bees_mating_on_a_flower-SPL.jpghttps://www.sciencephoto.com/image/873059/preview/K0069228-Bees_mating_on_a_flower-SPL.mp447.042017-08-15Yes2 beesandrenaangiospermangiospermsanimalanimal behaviourapple blossombeesblossomsbreedingclose-upcopulatingcopulationdetailduoentomologicalfaunafemaleflowerflowersinsectinsects entomologymalemalusmining beeno-onenobodypairpetalspollinationreproductionreproductivehttps://www.sciencephoto.com/media/873060/view/bumblebee-feeding-on-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9229 Bumblebee feeding on flowers, high-speed footageK006/9229 Bumblebee feeding on flowers. High-speed footage of a bumblebee (Bombus sp.) feeding on pollen and nectar from flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873060/350wm/K0069229-Bumblebee_feeding_on_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873060/preview/K0069229-Bumblebee_feeding_on_flowers,_high-speed_footage-SPL.mp433.132017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybombusbotanicalbotanybumble beebumblebeeclipcropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedinsectmotionmutualismmutualisticnaturenectaringno-onehttps://www.sciencephoto.com/media/873061/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9230 Bumblebee feeding on bluebell flowers, high-speed footageK006/9230 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873061/350wm/K0069230-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873061/preview/K0069230-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp434.012017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873062/view/unusual-cloud-formation-time-lapse-footage2018-03-28T09:38:32Z0.9K006/9231 Unusual cloud formation, time-lapse footageK006/9231 Unusual cloud formation. Time-lapse footage of a cloud formation forming and dissipating over houses. The time-lapse rate is one frame per second. Footage filmed in Clunderwen, West Wales.https://www.sciencephoto.com/image/873062/350wm/K0069231-Unusual_cloud_formation,_time-lapse_footage-SPL.jpghttps://www.sciencephoto.com/image/873062/preview/K0069231-Unusual_cloud_formation,_time-lapse_footage-SPL.mp432.112017-08-15Yesadiabatic lapse rateatmosphereatmosphericbritainbritishclipcloudcloud formationscloudsclunderwendissipatingfilmfootageformationforminglee wavemeteorologicalmeteorologymotionno-onenobodyphenomenaphenomenonskystanding wavetime lapsetime-lapsetimelapseukunited kingdomvideowaleshttps://www.sciencephoto.com/media/873063/view/ciliates-feeding-on-diatoms-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9232 Ciliates feeding on diatoms, light microscopy footageK006/9232 Ciliates feeding on diatoms. Differential interference contrast (DIC) light microscopy footage of ciliates that have been feeding on diatoms. The diatoms are clearly visible being digested within the main body of the ciliate protozoans. Cilates are protozoans (a type of single-celled organism) that move using cilia. Diatoms are a type of algae. Strands of filamentary algae are also seen in this footage.https://www.sciencephoto.com/image/873063/350wm/K0069232-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873063/preview/K0069232-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.mp4312017-08-15Yesalgaealgalaquaticbiologicalbiologybotanicalbotanyciliateciliatesciliophoraclipdiatomdiatomsdicdifferential interference contrastdigestingdigestioneatingfaunafeedingfilamentfilamentaryfilamentsfilmflorafootagefreshwateringestedingestinglight microscopelight microscopymicro-organismhttps://www.sciencephoto.com/media/873064/view/nauplius-larva-of-cyclops-copepod-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9233 Nauplius larva of Cyclops copepod, light microscopy footageK006/9233 Nauplius larva of Cyclops copepod, light microscopy footage. Cyclops is a very common type of freshwater copepod. The larva goes through several stages, the first of which are the nauplius stages. Copepods are microscopic aquatic crustaceans. They are the main constituent of zooplankton and are an important food source for other marine animals. They feed on other microscopic animals and plants.https://www.sciencephoto.com/image/873064/350wm/K0069233-Nauplius_larva_of_Cyclops_copepod,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873064/preview/K0069233-Nauplius_larva_of_Cyclops_copepod,_light_microscopy_footage-SPL.mp417.132017-08-15Yes1 naupliusanimalaquaticarthropodbiologicalbiologyclipcopepodcrustaceancyclopsfaunafilmfish foodfood chainfood webfootagefreshwaterlarvalarval stagelight microscopelight microscopymotionnaturenauplius larvano-onenobodyoneorganismorganismsplanktonplanktonicsinglehttps://www.sciencephoto.com/media/873065/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9234 Bumblebee feeding on bluebell flowers, high-speed footageK006/9234 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873065/350wm/K0069234-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873065/preview/K0069234-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp440.152017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873066/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-11-06T15:37:08Z0.9K006/9235 Bumblebee feeding on bluebell flowers, high-speed footageK006/9235 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873066/350wm/K0069235-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873066/preview/K0069235-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp430.142017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873067/view/bees-mating-on-a-flower2018-03-28T09:38:32Z0.9K006/9236 Bees mating on a flowerK006/9236 Bees mating on a flower. Close-up footage of two Andrena bees mating on apple blossom. These bees, also called mining bees, develop in underground pupae over the winter. After the adults mate, the females lay eggs in a nest burrow, usually in areas of sandy soil. The eggs will be sealed into cells containing food supplies in the form of pollen and nectar obtained from flowers.https://www.sciencephoto.com/image/873067/350wm/K0069236-Bees_mating_on_a_flower-SPL.jpghttps://www.sciencephoto.com/image/873067/preview/K0069236-Bees_mating_on_a_flower-SPL.mp4502017-08-15Yes2 beesandrenaangiospermangiospermsanimalanimal behaviourapple blossombeesblossomsbreedingclose-upcopulatingcopulationdetailduoentomologicalfaunafemaleflowerflowersinsectinsects entomologymalemalusmining beeno-onenobodypairpetalspollinationreproductionreproductivehttps://www.sciencephoto.com/media/873068/view/bees-mating-on-a-flower2018-03-28T09:38:32Z0.9K006/9237 Bees mating on a flowerK006/9237 Bees mating on a flower. Close-up footage of two Andrena bees mating on apple blossom. These bees, also called mining bees, develop in underground pupae over the winter. After the adults mate, the females lay eggs in a nest burrow, usually in areas of sandy soil. The eggs will be sealed into cells containing food supplies in the form of pollen and nectar obtained from flowers.https://www.sciencephoto.com/image/873068/350wm/K0069237-Bees_mating_on_a_flower-SPL.jpghttps://www.sciencephoto.com/image/873068/preview/K0069237-Bees_mating_on_a_flower-SPL.mp440.142017-08-15Yes2 beesandrenaangiospermangiospermsanimalanimal behaviourapple blossombeesblossomsbreedingclose-upcopulatingcopulationdetailduoentomologicalfaunafemaleflowerflowersinsectinsects entomologymalemalusmining beeno-onenobodypairpetalspollinationreproductionreproductivehttps://www.sciencephoto.com/media/873069/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-11-06T15:31:27Z0.9K006/9238 Bumblebee feeding on bluebell flowers, high-speed footageK006/9238 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873069/350wm/K0069238-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873069/preview/K0069238-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp457.192017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873070/view/prorodon-ciliate-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9239 Prorodon ciliate, light microscopy footageK006/9239 Prorodon ciliate, differential interference contrast (DIC) light microscopy footage. Cilates are protozoans (a type of single-celled organism) that move using cilia. This ciliate feeds on other protozoa and algae. It is a freshwater specimen that was collected from the River Teifi in Wales.https://www.sciencephoto.com/image/873070/350wm/K0069239-Prorodon_ciliate,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873070/preview/K0069239-Prorodon_ciliate,_light_microscopy_footage-SPL.mp432.012017-08-15Yesaquaticbiologicalbiologybritainbritishciliateciliatesciliophoraclipdicdifferential interference contrastfaunafeedingfilmfootagefreshwateringestinglight microscopelight microscopymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmotionnatureno-onenobodyorganismorganismsplanktonhttps://www.sciencephoto.com/media/873071/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9240 Bumblebee feeding on bluebell flowers, high-speed footageK006/9240 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873071/350wm/K0069240-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873071/preview/K0069240-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp417.032017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873072/view/ciliates-feeding-on-diatoms-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9241 Ciliates feeding on diatoms, light microscopy footageK006/9241 Ciliates feeding on diatoms. Differential interference contrast (DIC) light microscopy footage of ciliates that have been feeding on diatoms. The diatoms are clearly visible being digested within the main body of the ciliate protozoans. Cilates are protozoans (a type of single-celled organism) that move using cilia. Diatoms are a type of algae. Strands of filamentary algae are also seen in this footage.https://www.sciencephoto.com/image/873072/350wm/K0069241-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873072/preview/K0069241-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.mp440.242017-08-15Yesalgaealgalaquaticbiologicalbiologybotanicalbotanyciliateciliatesciliophoraclipdiatomdiatomsdicdifferential interference contrastdigestingdigestioneatingfaunafeedingfilamentfilamentaryfilamentsfilmflorafootagefreshwateringestedingestinglight microscopelight microscopymicro-organismhttps://www.sciencephoto.com/media/873073/view/globular-springtails-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9242 Globular springtails, light microscopy footageK006/9242 Globular springtails, light microscopy footage. These specimens are Sminthurides aquaticus, a very small globular springtail. It displays sexual dimorphism, with the males being half the size of the females. Springtails are small flightless arthropods, classified as hexapods. Springtails are so-named because they can jump large distances using their tail.https://www.sciencephoto.com/image/873073/350wm/K0069242-Globular_springtails,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873073/preview/K0069242-Globular_springtails,_light_microscopy_footage-SPL.mp411.242017-08-15Yesanimalaquaticarthopodarthropodaarthropodsbiologicalbiologyclipcollembolaentomologicalentomologyfaunafilmflightlessfootagehexapodhexapodahexapodsmotionnatureno-onenobodysminthurides aquaticusspringtailspringtailsvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/873074/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9243 Bumblebee feeding on bluebell flowers, high-speed footageK006/9243 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873074/350wm/K0069243-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873074/preview/K0069243-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp445.222017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873075/view/ciliates-feeding-on-diatoms-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9244 Ciliates feeding on diatoms, light microscopy footageK006/9244 Ciliates feeding on diatoms. Differential interference contrast (DIC) light microscopy footage of ciliates that have been feeding on diatoms. The diatoms are clearly visible being digested within the main body of the ciliate protozoans. Cilates are protozoans (a type of single-celled organism) that move using cilia. Diatoms are a type of algae. Strands of filamentary algae are also seen in this footage.https://www.sciencephoto.com/image/873075/350wm/K0069244-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873075/preview/K0069244-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.mp420.142017-08-15Yesalgaealgalaquaticbiologicalbiologybotanicalbotanyciliateciliatesciliophoraclipdiatomdiatomsdicdifferential interference contrastdigestingdigestioneatingfaunafeedingfilamentfilamentaryfilamentsfilmflorafootagefreshwateringestedingestinglight microscopelight microscopymicro-organismhttps://www.sciencephoto.com/media/873076/view/globular-springtails-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9245 Globular springtails, light microscopy footageK006/9245 Globular springtails, light microscopy footage. These specimens are Sminthurides aquaticus, a very small globular springtail. It displays sexual dimorphism, with the males being half the size of the females. Springtails are small flightless arthropods, classified as hexapods. Springtails are so-named because they can jump large distances using their tail.https://www.sciencephoto.com/image/873076/350wm/K0069245-Globular_springtails,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873076/preview/K0069245-Globular_springtails,_light_microscopy_footage-SPL.mp433.212017-08-15Yesanimalaquaticarthopodarthropodaarthropodsbiologicalbiologyclipcollembolaentomologicalentomologyfaunafilmflightlessfootagehexapodhexapodahexapodsmotionnatureno-onenobodysminthurides aquaticusspringtailspringtailsvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/873077/view/globular-springtail-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9246 Globular springtail, light microscopy footageK006/9246 Globular springtail, light microscopy footage. This specimen is Sminthurides aquaticus, a very small globular springtail. It displays sexual dimorphism, with the males being half the size of the females. Springtails are small flightless arthropods, classified as hexapods. Springtails are so-named because they can jump large distances using their tail.https://www.sciencephoto.com/image/873077/350wm/K0069246-Globular_springtail,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873077/preview/K0069246-Globular_springtail,_light_microscopy_footage-SPL.mp437.052017-08-15Yesanimalaquaticarthopodarthropodaarthropodsbiologicalbiologyclipcollembolaentomologicalentomologyfaunafilmflightlessfootagehexapodhexapodahexapodsmotionnatureno-onenobodysminthurides aquaticusspringtailspringtailsvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/873078/view/bridge-over-the-river-teifi2018-10-16T00:07:40Z0.9K006/9247 Bridge over the River TeifiK006/9247 Bridge over the River Teifi. Filmed in Newcastle Emlyn, West Wales.https://www.sciencephoto.com/image/873078/350wm/K0069247-Bridge_over_the_River_Teifi-SPL.jpghttps://www.sciencephoto.com/image/873078/preview/K0069247-Bridge_over_the_River_Teifi-SPL.mp420.272017-08-15Yes4karchesbridgebritainbritishbuildingbuildingscarseuropeeuropeanhousespanpanningpeoplepersonriverriver teifiriversroad bridgetraffictransporttransportationuhdukunited kingdomvehicleswaleswalkingwelshwest waleshttps://www.sciencephoto.com/media/873079/view/ciliates-feeding-on-diatoms-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9248 Ciliates feeding on diatoms, light microscopy footageK006/9248 Ciliates feeding on diatoms. Differential interference contrast (DIC) light microscopy footage of ciliates that have been feeding on diatoms. The diatoms are clearly visible being digested within the main body of the ciliate protozoans. Cilates are protozoans (a type of single-celled organism) that move using cilia. Diatoms are a type of algae. Strands of filamentary algae are also seen in this footage.https://www.sciencephoto.com/image/873079/350wm/K0069248-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873079/preview/K0069248-Ciliates_feeding_on_diatoms,_light_microscopy_footage-SPL.mp430.142017-08-15Yesalgaealgalaquaticbiologicalbiologybotanicalbotanyciliateciliatesciliophoraclipdiatomdiatomsdicdifferential interference contrastdigestingdigestioneatingfaunafeedingfilamentfilamentaryfilamentsfilmflorafootagefreshwateringestedingestinglight microscopelight microscopymicro-organismhttps://www.sciencephoto.com/media/873080/view/bluebell-flowers-focus-pull-footage2018-03-28T09:38:32Z0.9K006/9249 Bluebell flowers, focus pull footageK006/9249 Bluebell flowers (Hyacinthoides sp.), focus pull footage.https://www.sciencephoto.com/image/873080/350wm/K0069249-Bluebell_flowers,_focus_pull_footage-SPL.jpghttps://www.sciencephoto.com/image/873080/preview/K0069249-Bluebell_flowers,_focus_pull_footage-SPL.mp425.22017-08-15Yesangiospermangiospermsbiologicalbiologyblueblue bellbluebellbotanicalbotanychangedchanging focusclipfilmfloraflowerflowersfocal pointfocus pullhorticulturalhorticulturehyacinthoidesmotionnatureno-onenobodyvideowild flowerwild flowerswildflowerwildflowershttps://www.sciencephoto.com/media/873081/view/bees-mating-on-a-flower2018-03-28T09:38:32Z0.9K006/9250 Bees mating on a flowerK006/9250 Bees mating on a flower. Close-up footage of two Andrena bees mating on apple blossom. These bees, also called mining bees, develop in underground pupae over the winter. After the adults mate, the females lay eggs in a nest burrow, usually in areas of sandy soil. The eggs will be sealed into cells containing food supplies in the form of pollen and nectar obtained from flowers.https://www.sciencephoto.com/image/873081/350wm/K0069250-Bees_mating_on_a_flower-SPL.jpghttps://www.sciencephoto.com/image/873081/preview/K0069250-Bees_mating_on_a_flower-SPL.mp427.142017-08-15Yes2 beesandrenaangiospermangiospermsanimalanimal behaviourapple blossombeesblossomsbreedingclose-upcopulatingcopulationdetailduoentomologicalfaunafemaleflowerflowersinsectinsects entomologymalemalusmining beeno-onenobodypairpetalspollinationreproductionreproductivehttps://www.sciencephoto.com/media/873082/view/globular-springtails-light-microscopy-footage2018-03-28T09:38:32Z0.9K006/9251 Globular springtails, light microscopy footageK006/9251 Globular springtails, light microscopy footage. These specimens are Sminthurides aquaticus, a very small globular springtail. It displays sexual dimorphism, with the males being half the size of the females. Springtails are small flightless arthropods, classified as hexapods. Springtails are so-named because they can jump large distances using their tail.https://www.sciencephoto.com/image/873082/350wm/K0069251-Globular_springtails,_light_microscopy_footage-SPL.jpghttps://www.sciencephoto.com/image/873082/preview/K0069251-Globular_springtails,_light_microscopy_footage-SPL.mp423.112017-08-15Yesanimalaquaticarthopodarthropodaarthropodsbiologicalbiologyclipcollembolaentomologicalentomologyfaunafilmflightlessfootagehexapodhexapodahexapodsmotionnatureno-onenobodysminthurides aquaticusspringtailspringtailsvideowildlifezoologicalzoologyhttps://www.sciencephoto.com/media/873083/view/bumblebee-feeding-on-bluebell-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9252 Bumblebee feeding on bluebell flowers, high-speed footageK006/9252 Bumblebee feeding on bluebell flowers. High-speed footage of a common carder bee (Bombus pascuorum), a type of bumblebee, feeding on pollen and nectar from bluebell flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873083/350wm/K0069252-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873083/preview/K0069252-Bumblebee_feeding_on_bluebell_flowers,_high-speed_footage-SPL.mp430.12017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybluebellbluebellsbombus pascuorumbotanicalbotanybumble beebumblebeeclipcommon carder beecropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedhyacinthoidesinsectmotionmutualismhttps://www.sciencephoto.com/media/873084/view/bumblebee-feeding-on-flowers-high-speed-footage2018-03-28T09:38:32Z0.9K006/9253 Bumblebee feeding on flowers, high-speed footageK006/9253 Bumblebee feeding on flowers. High-speed footage of a bumblebee (Bombus sp.) feeding on pollen and nectar from flowers. Nectar is a sugary fluid that is produced by flowers to attract pollinating insects. Insects feeding on the nectar of flowers play an important role in transferring pollen between different flowers, a process called pollination. This behaviour benefits both bee and plant, an example of a type of symbiosis called mutualism.https://www.sciencephoto.com/image/873084/350wm/K0069253-Bumblebee_feeding_on_flowers,_high-speed_footage-SPL.jpghttps://www.sciencephoto.com/image/873084/preview/K0069253-Bumblebee_feeding_on_flowers,_high-speed_footage-SPL.mp428.172017-08-15Yesangiospermangiospermsanimalbeebiologicalbiologybombusbotanicalbotanybumble beebumblebeeclipcropentomologicalentomologyfaunafeedingfilmfloraflowerflowering plantflowersflyingfootagehigh-speedinsectmotionmutualismmutualisticnaturenectaringno-onehttps://www.sciencephoto.com/media/873085/view/pygospio-elegans-polychaete-worm2018-03-28T09:38:32Z0.9K006/9863 Pygospio elegans polychaete wormK006/9863 Microscope footage of the polychaete worm Pygospio elegans. This is a marine bristle worm that inhabits sand and mud in coastal regions of the northeastern Atlantic, as well as the Mediterranean Sea and north Pacific. It inhabits a tube in the substrate, and extends its body and head from the tube to feed on detritus and smaller animals. It is known for its incredible ability to regenerate, and a worm cut in half may develop into two complete new worms. It can reach a length of around 15 millimetres. Sample collected from Dale, Pembrokeshire, Wales, UK. Filmed with darkfield illumination.https://www.sciencephoto.com/image/873085/350wm/K0069863-Pygospio_elegans_polychaete_worm-SPL.jpghttps://www.sciencephoto.com/image/873085/preview/K0069863-Pygospio_elegans_polychaete_worm-SPL.mp428.22017-08-15Yesanimalannelidannelidaaquaticbenthicbiologicalbiologybristle wormbristlewormbritainbritishchaetaedarkfieldfaunainvertebratelifelocomotionmarinemicroscopemicroscopicmodelmovementmovingnaturalnatureoceanpolychaeteregenerationresearchseasegmentedsetaehttps://www.sciencephoto.com/media/873086/view/pygospio-elegans-polychaete-worm2018-03-28T09:38:32Z0.9K006/9864 Pygospio elegans polychaete wormK006/9864 Microscope footage of the polychaete worm Pygospio elegans. This is a marine bristle worm that inhabits sand and mud in coastal regions of the northeastern Atlantic, as well as the Mediterranean Sea and north Pacific. It inhabits a tube in the substrate, and extends its body and head from the tube to feed on detritus and smaller animals. It is known for its incredible ability to regenerate, and a worm cut in half may develop into two complete new worms. It can reach a length of around 15 millimetres. Sample collected from Dale, Pembrokeshire, Wales, UK. Filmed with darkfield illumination.https://www.sciencephoto.com/image/873086/350wm/K0069864-Pygospio_elegans_polychaete_worm-SPL.jpghttps://www.sciencephoto.com/image/873086/preview/K0069864-Pygospio_elegans_polychaete_worm-SPL.mp453.232017-08-15Yesanimalannelidannelidaaquaticbenthicbiologicalbiologybristle wormbristlewormbritainbritishchaetaedarkfieldfaunainvertebratelifelocomotionmarinemicroscopemicroscopicmodelmovementmovingnaturalnatureoceanpolychaeteregenerationresearchseasegmentedsetaehttps://www.sciencephoto.com/media/873087/view/pygospio-elegans-polychaete-worm2018-03-28T09:38:32Z0.9K006/9870 Pygospio elegans polychaete wormK006/9870 Microscope footage of the polychaete worm Pygospio elegans. This is a marine bristle worm that inhabits sand and mud in coastal regions of the northeastern Atlantic, as well as the Mediterranean Sea and north Pacific. It inhabits a tube in the substrate, and extends its body and head from the tube to feed on detritus and smaller animals. It is known for its incredible ability to regenerate, and a worm cut in half may develop into two complete new worms. It can reach a length of around 15 millimetres. Sample collected from Dale, Pembrokeshire, Wales, UK. Filmed with darkfield illumination.https://www.sciencephoto.com/image/873087/350wm/K0069870-Pygospio_elegans_polychaete_worm-SPL.jpghttps://www.sciencephoto.com/image/873087/preview/K0069870-Pygospio_elegans_polychaete_worm-SPL.mp422.012017-08-15Yesanimalannelidannelidaaquaticbenthicbiologicalbiologybristle wormbristlewormbritainbritishchaetaedarkfieldfaunainvertebratelifelocomotionmarinemicroscopemicroscopicmodelmovementmovingnaturalnatureoceanpolychaeteregenerationresearchseasegmentedsetaehttps://www.sciencephoto.com/media/873088/view/pygospio-elegans-polychaete-worm2018-03-28T09:38:32Z0.9K006/9874 Pygospio elegans polychaete wormK006/9874 Microscope footage of the polychaete worm Pygospio elegans. This is a marine bristle worm that inhabits sand and mud in coastal regions of the northeastern Atlantic, as well as the Mediterranean Sea and north Pacific. It inhabits a tube in the substrate, and extends its body and head from the tube to feed on detritus and smaller animals. It is known for its incredible ability to regenerate, and a worm cut in half may develop into two complete new worms. It can reach a length of around 15 millimetres. Sample collected from Dale, Pembrokeshire, Wales, UK. Filmed with darkfield illumination.https://www.sciencephoto.com/image/873088/350wm/K0069874-Pygospio_elegans_polychaete_worm-SPL.jpghttps://www.sciencephoto.com/image/873088/preview/K0069874-Pygospio_elegans_polychaete_worm-SPL.mp430.022017-08-15Yesanimalannelidannelidaaquaticbenthicbiologicalbiologybristle wormbristlewormbritainbritishchaetaedarkfieldfaunainvertebratelifelocomotionmarinemicroscopemicroscopicmodelmovementmovingnaturalnatureoceanpolychaeteregenerationresearchseasegmentedsetaehttps://www.sciencephoto.com/media/873089/view/pygospio-elegans-polychaete-worm2018-03-28T09:38:32Z0.9K006/9877 Pygospio elegans polychaete wormK006/9877 Microscope footage of the polychaete worm Pygospio elegans. This is a marine bristle worm that inhabits sand and mud in coastal regions of the northeastern Atlantic, as well as the Mediterranean Sea and north Pacific. It inhabits a tube in the substrate, and extends its body and head from the tube to feed on detritus and smaller animals. It is known for its incredible ability to regenerate, and a worm cut in half may develop into two complete new worms. It can reach a length of around 15 millimetres. Sample collected from Dale, Pembrokeshire, Wales, UK. Filmed with darkfield illumination.https://www.sciencephoto.com/image/873089/350wm/K0069877-Pygospio_elegans_polychaete_worm-SPL.jpghttps://www.sciencephoto.com/image/873089/preview/K0069877-Pygospio_elegans_polychaete_worm-SPL.mp4222017-08-15Yesanimalannelidannelidaaquaticbenthicbiologicalbiologybristle wormbristlewormbritainbritishchaetaedarkfieldfaunainvertebratelifelocomotionmarinemicroscopemicroscopicmodelmovementmovingnaturalnatureoceanpolychaeteregenerationresearchseasegmentedsetaehttps://www.sciencephoto.com/media/873090/view/16-week-old-twin-foetuses-3d-ultrasound-scan2018-01-15T18:01:57Z0.9K007/0306 16-week-old twin foetuses, 3D ultrasound scanK007/0306 16-week-old twin foetuses, 3D ultrasound scan. At this stage, during the 16th week of development, the foetuses measure around 11.5 centimetres in length. The bones are becoming harder and muscles are developing. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/image/873090/350wm/K0070306-16-week-old_twin_foetuses,_3D_ultrasound_scan-SPL.jpghttps://www.sciencephoto.com/image/873090/preview/K0070306-16-week-old_twin_foetuses,_3D_ultrasound_scan-SPL.mp410.172017-08-15Yes16 week old16 weeks old16-week-old2 foetuses3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsduoembryologyexaminationfetalfetusfetusesfilmfoetalfoetusfoetusesfootagegestationhealthyhuman bodyin-uteromedicalmedical imaginghttps://www.sciencephoto.com/media/873091/view/13-week-old-twin-foetuses-ultrasound-scans2018-06-19T09:35:56Z0.9K007/0307 13-week-old twin foetuses, ultrasound scansK007/0307 Ultrasound scans of 13-week-old twin foetuses. 2D (grey) and 3D (orange) ultrasound scan footage of twin foetuses that have reached the 13th week of development. At this stage the foetuses measure around 7.5 centimetres in length. At around this time, the brain significantly increases in mass and becomes structurally developed. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/image/873091/350wm/K0070307-13-week-old_twin_foetuses,_ultrasound_scans-SPL.jpghttps://www.sciencephoto.com/image/873091/preview/K0070307-13-week-old_twin_foetuses,_ultrasound_scans-SPL.mp430.082017-08-15Yes13 week old13 weeks old13-week-old2 dimensional2 foetuses2-d2-dimensional2d3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsduoembryologyexaminationfetalfetusfetusesfilmfirst trimesterfoetalfoetusfoetusesfootagegestationhttps://www.sciencephoto.com/media/873092/view/13-week-old-twin-foetuses-3d-ultrasound-scan2018-01-15T18:01:57Z0.9K007/0308 13-week-old twin foetuses, 3D ultrasound scanK007/0308 13-week-old twin foetuses, 3D ultrasound scan. At this stage, during the 13th week of development, the foetuses measure around 7.5 centimetres in length. At around this time, the brain significantly increases in mass and becomes structurally developed. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/image/873092/350wm/K0070308-13-week-old_twin_foetuses,_3D_ultrasound_scan-SPL.jpghttps://www.sciencephoto.com/image/873092/preview/K0070308-13-week-old_twin_foetuses,_3D_ultrasound_scan-SPL.mp420.222017-08-15Yes13 week old13 weeks old13-week-old2 foetuses3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsduoembryologyexaminationfetalfetusfetusesfilmfirst trimesterfoetalfoetusfoetusesfootagegestationhealthyhuman bodyin-uteromedicalhttps://www.sciencephoto.com/media/873093/view/20-week-old-foetus-ultrasound-scans2018-06-19T09:35:56Z0.9K007/0309 20-week-old foetus, ultrasound scansK007/0309 Ultrasound scans of a 20-week-old foetus. 2D (grey) and 3D (orange) ultrasound scan footage of a foetus that has reached the 20th week of development. At this stage the foetus measures around 25 centimetres in length. The foetus has started to move, and the limbs have developed. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities. The standard anomaly scan is carried out when the mother is 20 weeks pregnant. The detection of a serious anomaly at this stage (halfway through pregnancy), allows surgery or a termination to be considered.https://www.sciencephoto.com/image/873093/350wm/K0070309-20-week-old_foetus,_ultrasound_scans-SPL.jpghttps://www.sciencephoto.com/image/873093/preview/K0070309-20-week-old_foetus,_ultrasound_scans-SPL.mp4282017-08-15Yes2 dimensional2-d2-dimensional20 week old20 weeks old20-week-old2d3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsembryologyexaminationfetalfetusfilmfoetalfoetusfootagegestationhealthyhuman bodyin-uteromedicalmedical imaginghttps://www.sciencephoto.com/media/873094/view/12-week-old-triplet-foetuses-3d-ultrasound-scan2018-01-15T18:01:57Z0.9K007/0310 12-week-old triplet foetuses, 3D ultrasound scanK007/0310 12-week-old triplet foetuses, 3D ultrasound scan. At this stage, during the 12th week of development, the foetuses measures around 5 centimetres in length. At around this time, the brain significantly increases in mass and becomes structurally developed. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/image/873094/350wm/K0070310-12-week-old_triplet_foetuses,_3D_ultrasound_scan-SPL.jpghttps://www.sciencephoto.com/image/873094/preview/K0070310-12-week-old_triplet_foetuses,_3D_ultrasound_scan-SPL.mp428.172017-08-15Yes12 week old12 weeks old12-week-old3 dimensional3 foetuses3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsembryologyexaminationfetalfetusfetusesfilmfirst trimesterfoetalfoetusfoetusesfootagegestationhealthyhuman bodyin-uteromedicalmedical imaginghttps://www.sciencephoto.com/media/873095/view/20-week-old-foetus-3d-ultrasound-scan2018-01-15T18:01:57Z0.9K007/0311 20-week-old foetus, 3D ultrasound scanK007/0311 20-week-old foetus, 3D ultrasound scan. At this stage, during the 20th week of development, the foetus measures around 25 centimetres in length. The foetus has started to move, and the limbs have developed. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities. The standard anomaly scan is carried out when the mother is 20 weeks pregnant. The detection of a serious anomaly at this stage (halfway through pregnancy), allows surgery or a termination to be considered.https://www.sciencephoto.com/image/873095/350wm/K0070311-20-week-old_foetus,_3D_ultrasound_scan-SPL.jpghttps://www.sciencephoto.com/image/873095/preview/K0070311-20-week-old_foetus,_3D_ultrasound_scan-SPL.mp421.072017-08-15Yes20 week old20 weeks old20-week-old3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsembryologyexaminationfetalfetusfilmfoetalfoetusfootagegestationhealthyhuman bodyin-uteromedicalmedical imagingmedicinemotionno-onenobodyhttps://www.sciencephoto.com/media/873096/view/26-week-old-foetus-3d-ultrasound-scan2018-01-15T18:01:57Z0.9K007/0312 26-week-old foetus, 3D ultrasound scanK007/0312 26-week-old foetus, 3D ultrasound scan. At this stage, during the 26th week of development, the foetus measures around 36 centimetres in length. The eyes have developed and the lungs are starting to form air sacs. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/image/873096/350wm/K0070312-26-week-old_foetus,_3D_ultrasound_scan-SPL.jpghttps://www.sciencephoto.com/image/873096/preview/K0070312-26-week-old_foetus,_3D_ultrasound_scan-SPL.mp414.152017-08-15Yes26 week old26 weeks old26-week-old3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsembryologyexaminationfetalfetusfilmfoetalfoetusfootagegestationhealthyhuman bodyin-uteromedicalmedical imagingmedicinemotionno-onenobodyhttps://www.sciencephoto.com/media/873097/view/12-week-old-foetus-ultrasound-scans2018-06-19T09:35:56Z0.9K007/0313 12-week-old foetus, ultrasound scansK007/0313 Ultrasound scans of a 12-week-old foetus. 2D (grey) and 3D (orange) ultrasound scan footage of a foetus that has reached the 12th week of development. At this stage the foetus measures around 5 centimetres in length. At around this time, the brain significantly increases in mass and becomes structurally developed. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/image/873097/350wm/K0070313-12-week-old_foetus,_ultrasound_scans-SPL.jpghttps://www.sciencephoto.com/image/873097/preview/K0070313-12-week-old_foetus,_ultrasound_scans-SPL.mp422.172017-08-15Yes12 week old12 weeks old12-week-old2 dimensional2-d2-dimensional2d3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsembryologyexaminationfetalfetusfilmfirst trimesterfoetalfoetusfootagegestationhealthyhuman bodyin-uteromedicalhttps://www.sciencephoto.com/media/873098/view/12-week-old-foetus-3d-ultrasound-scan2018-01-15T18:01:57Z0.9K007/0314 12-week-old foetus, 3D ultrasound scanK007/0314 12-week-old foetus, 3D ultrasound scan. At this stage, during the 12th week of development, the foetus measures around 5 centimetres in length. The brain significantly increases in mass and becomes structurally developed. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/image/873098/350wm/K0070314-12-week-old_foetus,_3D_ultrasound_scan-SPL.jpghttps://www.sciencephoto.com/image/873098/preview/K0070314-12-week-old_foetus,_3D_ultrasound_scan-SPL.mp4172017-08-15Yes12 week old12 weeks old12-week-old3 dimensional3-d3-dimensional3dcheckcheck-upclipdevelopingdevelopmentdiagnosisdiagnosticsembryologyexaminationfetalfetusfilmfirst trimesterfoetalfoetusfootagegestationhealthyhuman bodyin-uteromedicalmedical imagingmedicinemotionno-onehttps://www.sciencephoto.com/media/873099/view/26-week-old-foetus-ultrasound-scans2018-06-19T09:35:56Z0.9K007/0315 26-week-old foetus, ultrasound scansK007/0315 Ultrasound scans of a 26-week-old foetus. 2D (grey) and 3D (orange) ultrasound scan footage of a foetus that has reached the 26th week of development. At this stage the foetus measures around 36 centimetres in length. The eyes have developed and the lungs are starting to form air sacs. Birth occurs at around 38-40 weeks. Ultrasound scanning uses the reflected echoes of high-frequency sound waves to image an unborn baby. This safe, non-invasive method is used routinely in pregnancy to assess the growth and health of the developing foetus, and detect any abnormalities.https://www.sciencephoto.com/im